Download Bachelor of Honours

Bachelor of Honours
ACADEMIC CALENDAR
&
COURSE PLAN
Session: 2013-2014
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Department of Physics
Rajshahi College, Rajshahi
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Bachelor of Honours
ACADEMIC CALENDAR
&
COURSE PLAN
2013-2014
Department of Physics
Rajshahi College, Rajshahi
Phone (Department) : 0721-775225
Phone (College off.) : 0721-770080
Fax (College)
: 0721-771511
E-mail (Department) :
[email protected]
E-mail (College)
:
[email protected]
Website (College)
: www.rc.edu.bd
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Avi¤¢ nq| cÖvß Z_¨ g‡Z 1887 mv‡ji c~‡e©B ivRkvnx K‡j‡R K‡qKwU wefv‡M Abvm© †Kvm© Pvjy
nq| 1893 mv‡j AÎ K‡j‡R gv÷vm© †Kvm© Pvjy nq Ges 1909 mv‡j gv÷vm© †Kv‡m©i Aby‡gv`b
cÖZ¨vnvi Kiv nq| cieZx©‡Z 1993 mv‡j RvZxq wek¦we`¨vj‡qi Aax‡b cyb:ivq gv÷vm© †Kvm© Pvjy nq|
ivRkvnx K‡j‡R c`v_©weÁvb wefvM cÖwZôvi mwVK mb, ZvwiL Rvbv bv ‡M‡jI wewfbœ
Z‡_¨i Av‡jv‡K Abygvb Kiv hvq †h, K‡jR cÖwZôvKvjxb mgq n‡ZB c`v_© weÁvb welqwU Pvjy wQj|
1887 eQ‡i ev †mk‡b ˆmq` Avãym mv‡jK bvgK GKRb QvÎ K…wZ‡Z¡i mv‡_ c`v_© I imvqb wefv‡M
(G`ywU welq ZLb GKwU welq wQj) Abvm© wWMÖx jvf K‡ib e‡j Z_¨ cvIqv hvq| cÖvß Z_¨ n‡Z Rvbv
hvq †h, 1912-13 †mk‡b c`v‡_©i QvÎ msL¨v wQj me©‡gvU 138 Rb huv‡`i g‡a¨ B›UviwgwW‡q‡U 86 Rb,
weG (cvm †Kvm©©) 41 Rb Ges weGmwm (cvm †Kvm© I Abvm©) 11 Rb| H †mk‡b wkÿK msL¨v
wQ‡jb 1.5 Rb Ges cÖ`k©K wQ‡jb 2 Rb| 1912-13 †mk‡b c`v_©weÁv‡bi wkÿK wQ‡jb evey evjv Pib
fÆvPvh©¨ Ges ZrKvjxb Aa¨ÿ ivq Kzgyw`bxKvšÍ e¨vbvwR© evnv`yi huv‡K ivRkvnx K‡j‡Ri ¯’cwZ
wn‡m‡e we‡ePbv Kiv nq| wZwbI wQ‡jb c`v_©weÁv‡bi cÖ‡dmi| Zuvi cÖ‡Póvq 1915 mv‡j eZ©gvb
wdwR· wewìswU cÖwZwôZ nq| 1930 cieZx© mg‡q eûmsL¨K L¨vwZgvb e¨w³Z¡ AÎ wefv‡Mi wkÿK
wnmv‡e Kg©iZ wQ‡jb; huv‡`i D‡jøL¨‡hvM¨ K‡qKRb n‡jb- me©Rbve GBP wm. Mv½yjx (1934), ‡gŠjfx
AvdZveyÏxb Avn‡g`, W. Avãyjøvn Avj-gywZ midzwÏb, W. Q`iæÏxb Avng` †PŠayix, W. gKeyjvi ingvb
miKvi
huviv eZ©gv‡b Kg©iZ Av‡Qb:
m¤§vwbZ wkÿK gÛjx: (1) cÖ‡dmi Avey †bvgvb †gv: Avgxi Avjx, wefvMxq cÖavb (2) b„‡c›`ª bv_ cvj,
mn‡hvMx Aa¨vcK, (3) W. †gvnv: Avey †i‡Rvqvb, mn‡hvMx Aa¨vcK, (4) †gvnv AvjvDÏxb, mn‡hvMx
Aa¨vcK, (5) †gv: `yiæj †nv`v, mnKvix Aa¨vcK, (6) gyn: gvndzR nvmvb, mnKvix Aa¨vcK, (7) †gv:
Zv‡Rgyj nK, mnKvix Aa¨vcK, (8) Rq Kzgvi `vm, mnKvix Aa¨vcK, (9) †gv: iwdKzj Bmjvg, cÖfvlK
(10)cÖ`k©K wkÿK: †`Iqvb †gv: LvBiæj Bmjvg |
(1)
(7)
(2)
(8)
(3)
(4)
(9)
(10)
(5)
(11)
(6)
(12)
Awdm Kg©Pvixe„›`: (1) †gv: BmgvBj †nv‡mb, Kw¤úDUvi Acv‡iUi Kvg Awdm mnKvix, (2) †gv:
AvwZKzi ingvb, (3) †gv: Aveyj Kv‡mg, (4) †gv: dviæK †nv‡mb|
c`v_©weÁvb wefv‡Mi cwimi: 1915 mv‡j
¯’vwcZ wdwR· wewìswU QvovI 3q weÁvb
fe‡bi wbP Zjv
c`v_©weÁvb wefv‡Mi
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ev_iæg-03wU|
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wewìs Gi bxPZjvq Aew¯’Z Zv D”Pgva¨wgK †kªYxi j¨ve‡iUix wnmv‡e e¨eüZ nq| D³ wewìs Gi †`vZjvq
i‡q‡Q Optics Lab Ges B‡jKwUªwmwU GÛ B‡jKUªwb· j¨ve †h `ywU g~jZ: 1g el© Abvm© I bb †gRi Ges
wWMÖx cvm 2q el© I 3q el© Abvm© j¨ve wnmv‡e e¨eüZ n‡q Avm‡Q| 3q weÁvb fe‡bi wbPZjvq
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wefv‡Mi j¨ve mg~n †ek mg„×|
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cwiPvjbvi Rb¨ GKRb wefv‡Mi wkÿK GwU cwiPvjbvi `vwqZ¡ cvjb K‡ib|
eZ©gv‡b wefvM‡i Aa¨vqbiZ wkÿv_x©‡`i ZvwjKv (ZvwjKv-01) wb‡P cÖ`vb Kiv n‡jv|
el©
GKv`k (weÁvb)
Øv`k (weÁvb)
1g el© (†gRi)
1g el© (bb †gRi)
2q el© (†gRi)
2q el© (bb †gRi)
3q el©
4_© el©
gv÷vm© †kl ce©
gv÷vm© 1g ce©
weGmwm cvm 1g el©
weGmwm cvm 2q el©
weGmwm cvm 3q el©
ZvwjKv-01
QvÎ/QvÎxi Avmb
msL¨v
300
300
100
280
100
280
100
100
85
37
10
12
10
RvZxq wek¦we`¨vj‡qi Aax‡b AbywôZ cixÿvg~‡n AÎ wefv‡Mi djvdj m‡šÍvlRbK|
wb‡gœ K‡qK eQ‡ii 4_© el© Abvm© †kªYxi djvdjvdj wbgœ iƒc:
eQi
2010
2009
2008
2007
2006
1g †kªYx
15
08
01
07
04
2q †kªYx
56
51
49
52
32
3q †kªYx
03
13
08
08
13
cvm
00
01
03
05
04
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01
03
03
03
01
wefv‡Mi wkÿKgÛjxi cwiwPwZ
bvg
1| Avey †bvgvb †gv: Avgxi Avjx
2| b„‡c›`ª bv_ cvj
c`ex
Aa¨vcK I wefvMxq cÖavb
mn‡hvMx Aa¨vcK
3| W. †gvnv: Avey †i‡Rvqvb
mn‡hvMx Aa¨vcK
4| †gvnv: AvjvDÏxb
mn‡hvMx Aa¨vcK
‡gvU
79
84
71
81
54
5| †gv: `~iæj †nv`v
mnKvix Aa¨vcK
6| gyn: gvndzR nvmvb
mnKvix Aa¨vcK
7| †gv: Zv‡Rgyj nK
mnKvix Aa¨vcK
8| Rq Kzgvi `vm
mnKvix Aa¨vcK
9| †gv: iwdKzj Bmjvg
cÖfvlK
10| ‡`Iqvb †gv: LvBiæj Bmjvg
cÖ`k©K
Kg©Pvwie„‡›`i cwiwPwZ
†gvt BmgvBj †nv‡mb
†gvt Aveyj Kv‡mg
†gvt AvwZKzi ingvb
†gv: dviæK †nv‡mb
Kw¤úDUvi Acv‡iUi
GgGjGmGm
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wefv‡Mi †kÖwYwfwËK mgš^qKvix wkÿKM‡Yi bvg
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el©
cÖ_g el© Abvm©
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3.
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6.
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8
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bvg
1. b„‡c›`ª bv_ cvj, mn‡hvMx Aa¨vcK
1. Rq Kzgvi `vm, mnKvix Aa¨vcK
1. ‡gvnv: AvjvDÏxb, mn‡hvMx Aa¨vcK
2. †gvnv: iwdKzj Bmjvg, cÖfvlK
1. W. †gv: Avey †i‡Rvqvb, mn‡hvMx Aa¨vcK
2. †gvn: Zv‡Rgyj nK, mnKvix Aa¨vcK
1. gyn: gvndzR nvmvb, mnKvix Aa¨vcK
2. Rq Kzgvi `vm, mnKvix Aa¨vcK
1. †‡gvnv: AvjvDÏxb, mn‡hvMx Aa¨vcK
2. †gvnv: `yiæj †nv`v, mnKvix Aa¨vcK
1. †gv: `~iæj †nv`v, mnKvix Aa¨vcK
2.‡gvnv: gvndzR nvmvb, mnKvix Aa¨vcK
1. b„‡c›`ª bv_ cvj, mn‡hvMx Aa¨vcK
2. †gvnv: iwdKzj Bmjvg, cÖfvlK
1. b„‡c›`ª bv_ cvj, mn‡hvMx Aa¨vcK
2. ‡gvnv: AvjvDÏxb, mn‡hvMx Aa¨vcK
3. †gv: `~iæj †nv`v, mnKvix Aa¨vcK
4. gyn: gvndzR nvmvb, mnKvix Aa¨vcK
5. †gvn: Zv‡Rgyj nK, mnKvix Aa¨vcK
6. Rq Kzgvi `vm, mnKvix Aa¨vcK
GKv‡WwgK K¨v‡jÛvi
mœvZK (Abvm©) ch©vq
wkÿvel© : 2014-2015
(100 b¤^‡ii †Kv‡m©i 60 K¬vm N›Uv = 4 †µwWU, 50 b¤^‡ii †Kv‡m©i 30 K¬vm N›Uv = 2 †µwWU)
ce©
1g
Bb‡Kvm©
1g el© Abvm©
K¬vm (190 Kvh©w`em)
22/02/2015 − 26/05/2015 = 60 Kvh©w`em
100 b¤^‡ii †Kvm© (25 K¬vm N›Uv)
cixÿv
27/05/2015
10/06/2015
djvdj cÖKvk
---
2q
Bb‡Kvm©
wbe©vPbx
ce©
1g
Bb‡Kvm©
2q
Bb‡Kvm©
wbe©vPbx
ce©
1g
Bb‡Kvm©
2q
Bb‡Kvm©
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ce©
1g
Bb‡Kvm©
2q
Bb‡Kvm©
wbe©vPbx
50 b¤^‡ii †Kvm© (12 K¬vm N›Uv)
11/06/2015 − 04/10/2015 = 58 Kvh©w`em
100 b¤^‡ii †Kvm© (25 K¬vm N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm N›Uv)
28/10/2015 − 30/11/2015 = 28 Kvh©w`em
100 b¤^‡ii †Kvm© (10 K¬vm N›Uv)
50 b¤^‡ii †Kvm© (06 K¬vm N›Uv)
05/10/2015
19/10/2015
01/12/2015
15/12/2015
2q el© Abvm©
K¬vm
cixÿv
K¬vk ïiæi ZvwiL †_‡K 15 mßvn
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100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
1g Bb‡Kvm© cixÿvi cieZ©x 15 1g Bb‡Kvm© cixÿv †_‡K
mßvn
cieZ©x 15 mßv‡ni g‡a¨
100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
2q Bb‡Kvm© cieZ©x 1 gvm
2q Bb‡Kvm© cieZ©x 1
100 b¤^‡ii †Kvm© (10 K¬vm gv‡mi g‡a¨
N›Uv)
50 b¤^‡ii †Kvm© (06 K¬vm
N›Uv)
3q el© Abvm©
K¬vm
cixÿv
K¬vk ïiæi ZvwiL †_‡K 15 mßvn
K¬vm ïiæi 15 mßv‡ni g‡a¨
100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
1g Bb‡Kvm© cixÿvi cieZ©x 15 1g Bb‡Kvm© cixÿv †_‡K
mßvn
cieZ©x 15 mßv‡ni g‡a¨
100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
2q Bb‡Kvm© cieZ©x 1 gvm
2q Bb‡Kvm© cieZ©x 1
100 b¤^‡ii †Kvm© (10 K¬vm gv‡mi g‡a¨
N›Uv)
50 b¤^‡ii †Kvm© (06 K¬vm
N›Uv)
4_© el© Abvm©
K¬vm
cixÿv
K¬vk ïiæi ZvwiL †_‡K 15 K¬vm ïiæi 15 mßv‡ni g‡a¨
mßvn
100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
1g Bb‡Kvm© cixÿvi cieZ©x 15 1g Bb‡Kvm© cixÿv †_‡K
mßvn
cieZ©x 15 mßv‡ni g‡a¨
100 b¤^‡ii †Kvm© (25 K¬vm
N›Uv)
50 b¤^‡ii †Kvm© (12 K¬vm
N›Uv)
2q Bb‡Kvm© cieZ©x 1 gvm
2q Bb‡Kvm© cieZ©x 1
100 b¤^‡ii †Kvm© (10 K¬vm gv‡mi g‡a¨
---
cixÿv mgvwßi 2
mßv‡ni g‡a¨
djvdj cÖKvk
---
---
cixÿv mgvwßi 2
mßv‡ni g‡a¨
djvdj cÖKvk
---
---
cixÿv mgvwßi 2
mßv‡ni g‡a¨
djvdj cÖKvk
---
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mßv‡ni g‡a¨
N›Uv)
50 b¤^‡ii †Kvm© (06 K¬vm
N›Uv)
* K‡jR KZ©„cÿ cÖ‡qvR‡b †h †Kvb Kvh©µg ev mgqm~wP cwieZ©b Ki‡Z cv‡i|
wkÿv_©x I AwffveK‡`i ÁvZe¨
1| e¨v‡Pji (Abvm©) cixÿvq AskMÖn‡Yi †hvM¨Zv wnmv‡e †gvU †jKPvi
K¬vm/e¨envwiK K¬v‡mi 75% Dcw¯’wZ _vK‡Z n‡e| we‡kl †ÿ‡Î Aa¨ÿ wefvMxq
cÖav‡bi mycvwi‡ki wfwˇZ Dcw¯’wZ 75%-Gi Kg Ges 60% ev Zvi †ewk _vK‡j Zv
we‡ePbvi Rb¨ mycvwik Ki‡Z cvi‡eb| 75% Gi Kg Dcw¯’wZi Rb¨ cixÿv_©x‡K cixÿvi
dig c~i‡Yi mgq 500 (cuvPkZ) UvKv bb-K‡jwR‡qU wd Aek¨B Rgv w`‡Z n‡e|
2| cixÿvi Rb¨ †cÖwiZ cixÿv_©xi Av‡e`bc‡Î Aa¨ÿ/wefvMxq cÖavb cÖZ¨qb Ki‡eb †h(i) cixÿv_©xi AvPiY m‡šÍvlRbK;
(ii) †jKPvi K¬v‡m, e¨envwiK K¬v‡m, Bb-‡Kv‡m© I gvV ch©v‡q Zvi Dcw¯’wZ
m‡šÍvlRbK;
(iii) cixÿv_©x K‡j‡Ri mKj Af¨šÍixY cixÿvq DËxY© n‡q‡Q Ges wek¦we`¨vjq
KZ…©K Av‡ivwcZ mKj
kZ© c~iY K‡i‡Q|
3| K¬vm wkÿK wba©vwiZ Kvh©µ‡g wkÿv_©x‡`i mwµqfv‡e AskMÖnY Ki‡Z n‡e|
4| RvZxq wek¦we`¨vj‡qi wm‡jevm I †Kvm©mg~‡n †Kvb cwieZ©b Avm‡j K‡jR
KZ…©cÿ Zv we‡ePbvq Avb‡eb|
5| Bb‡Kvm© cixÿvmn Ab¨vb¨ cixÿvi wbw`©ó Zvwi‡L AskMÖn‡Y e¨_© n‡j
ciewZ©‡Z Avi D³ cixÿv †`qvi my‡hvM _vK‡e bv|
6| wba©vwiZ †Kv‡m©i cÖwZwU Aa¨vq cvV`vb †k‡l GKwU K‡i K¬vk cixÿv
AbywôZ n‡e|
7| wbe©vPbx cixÿv m¤ú~Y© †Kv‡m©i Dci RvZxq wek¦we`¨vj‡qi PzovšÍ cixÿvgv‡b
AbywôZ n‡e| wbe©vPbx cixÿvi djvdj AvbyôvwbKfv‡e cÖKvk Ges fvj djvdj
AR©bKvix I K¬v‡m me©vwaK Dcw¯’Z wkÿv_©x‡`i cyi¯‹…Z Kiv n‡e|
8| QvÎ-QvÎx‡`i cÖ‡Z¨K cixÿvi c~‡e© †eZb I Ab¨vb¨ wd nvjbvMv` cwi‡kva K‡i cÖ‡ekcÎ
msMÖn Ki‡Z n‡e|
9| †Kvb wkÿv_©x K‡j‡Ri k„•Ljv cwicš’x †Kvb KvR Ki‡j KZ…©cÿ ewn®‹vimn
AvBbvbyM †h †Kvb kvw¯Íg~jK e¨e¯’v wb‡Z cvi‡eb|
10| GB cÖwZôv‡bi wbqgk„•Ljv eRvq ivL‡Z Ges me‡P‡q fvj djvdj Ki‡Z mKj QvÎQvÎxi cÖ‡Póv I AwffveKe„‡›`i mn‡hvwMZv Avgv‡`i Kvg¨|
11| ag©xq Abyôvbvw` Pv›`ªgv‡mi Ici wbf©ikxj nIqvq DwjøwLZ QzwUi ZvwiL
cwiewZ©Z n‡Z cv‡i|
12| cÖ‡qvR‡b †h †Kvb Kvh©µg KZ…©cÿ cwieZ©b Ki‡Z cv‡i|
mnwkÿv Kvh©µg t
1. cÖwZ wkÿve‡l©i bevMZ wkÿv_©x‡`i Ôwiwmckb I Iwi‡q‡›UkbÕ Abyôv‡bi gva¨‡g eiY|
2. evwl©K µxov Ges mvwnZ¨ I mvs¯‹…wZK cÖwZ‡hvwMZvq wkÿv_©x‡`i AskMÖnY|
3. RvZxq w`emmg~n D`hvcb I wewfbœ cÖwZ‡hvwMZvq wkÿv_©x‡`i AskMÖnY|
4. wefv‡Mi D‡`¨v‡M †`qvj cwÎKv I ¯§iwYKv cÖKvk|
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6. eb‡fvRb I wkÿv md‡i wkÿv_©x‡`i AskMÖnY|
7. wkÿv welqK †mwgbv‡ii Av‡qvRb|
8. †ivfvm© ¯‹vDUm QvÎ-QvÎx‡`i AvZ¥wbf©ikxj K‡i †Zvjvi Rb¨ wewfbœ mvgvwRK Kvh©µ‡g
AskMÖnY|
9. weGbwmwm RvZxq cÖwZiÿvq wb‡R‡`i m¤ú„³ ivLvi cÖZ¨‡q QvÎ-QvÎx‡`i wb‡qvwRZ nIqvi Kvh©µg|
10. euvab †¯^”Qvq i³`vb K‡i gvbeZvi †mevq wb‡qvwRZ GKwU msMVb|
11. e‡i›`ª w_‡qUvi MÖæc w_‡qUvi Av‡›`vjbwfwËK bvUK I Rxebag©x Pjw”PÎ welqK msMVb|
12. A‡š^lY RvZxq cvjvcve©‡Y weï× mvs¯‹…wZK PP©vi GKwU msMVb|
13. AviwmwWwm (ivRkvnx K‡jR wW‡ewUs K¬ve) QvÎ-QvÎx‡`i †gav weKv‡ki Rb¨ weZK© PP©vg~jK
msMVb|
14. ivRkvnx K‡jR bvU¨ msm` ÔD`‡qi c‡_ AvgivIÕ GB fvebvq m„wókxj I BwZevPK bvU¨ Av‡›`vj‡b
wek¦vmx GB msMVbwU Av‡jv R¡vjv‡bvi cÖZ¨q wb‡q KvR Ki‡Q|
15. ivRkvnx K‡jR m½xZ PP©v †K‡›`ªi D‡`¨v‡M wkÿv_©x‡`i m½xZmn Ab¨vb¨ welq †kLv‡bv nq|
16. miKvwi cÖÁvc‡bi gva¨‡g †h me mnwkÿv Kvh©µ‡gi wb‡`©kbv Av‡m Zv Av‡qvRb Kiv|
COURSE PLAN
For
Session: 2014-2015
Department of Physics
Rajshahi College,
Rajshahi
COURSE PLAN
For
Honour’s 1st year
Session: 2014-2015
Department of Physics
Rajshahi College,
Rajshahi
1st
Paper Code
212701
212703
212705
212706
213709
213711
212807
212808
213607
213608
211501
Contents
Year Honours
Paper Title
Mechanics
Properties of Matter, Waves & Oscillations
Heat, Thermodynamics and Radiation
Physics Practical-I
Fundamentals of Mathematics
Calculus-I
Chemistry-I
Chemistry-I Practical
or
Introduction to Statistics
Statistics Practical-I
StatisticsofPractical-I
History
the Emergence of Independent Bangladesh
Total=
Marks
75
75
75
75
100
50
100
50
Credits
3
3
3
3
4
2
4
2
100
4
50
2
100
700
4
28
Department of Physics
Rajshahi College, Rajshahi
Course Code : 212701
Course Title: Mechanics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1st In-course (20 Lectures)
1st
2nd
3rd
4th
2nd In-course (20 Lectures)
5th
6th
7th
Test (05)
Lectures
8
th
9th
Assigned Course Teacher:
1.Nripendra Nath Pal (NNP)
2. Md. Durul Hoda (DH)
3. Md Mahfuj Hasan (MH)
Content
Teachers Lectures
1. Vector Algebra: Vector and scalar quantities; Vectors and
their components, Vector addition and subtraction, Scalar
and vector triple products, scalar and vector fields, Vector NNP
differentiation and integration, Gradient, Divergence and
6
Curl and their physical significance, Gauss’s divergence
theorem, Green’s theorem and Stoke’s theorem, Polar,
Spherical and Cylindrical co-ordinates.
2. Concept of Measurement: Different Measurement units,
International system of units, Origin of Length mass and
DH
4
time, Conversion of units from one system to another.
3. Particles Motion in one dimension: Concept of motion and
frame of reference, Position and displacement, Average
velocity and average speed, Instantaneous velocity and MH
speed, Acceleration, Constant acceleration, Equations for
5
motion with constant acceleration, Free-fall acceleration,
Equation for free-fall acceleration, Particles of physics and
basic structure of atoms and nuclear.
4. Particles Motion in Two and Three Dimensions: Position
and displacement using vectors, Velocity and average
velocity, Acceleration and average acceleration, Equation of
DH
5
motion using vector, Projectile motion, Uniform circular
motion.
5. Force and Motion: Newton’s laws of motion and their
applications, Concept of mass, Force and weight, Frictional
forces and Properties of friction, Drag force and terminal NNP
5
speed, Forces of nature.
6. Work, Energy and Power: Kinetic and Potential energy,
Work done by constant and variable forces, Work-energy
theorem, Hooke’s law, Work done by a spring force, Work
done by weight, Power, Gravitational potential energy,
Conservation of energy
7. System of Particles: Center of mass of systems of particles,
Center of mass of rigid bodies, Linear, momentum of a
particle, Linear momentum of a system of particles,
Conservation of linear
momentum for a system of particles.
8. Collisions of Bodies: Collisions and its classification,
Impulse and linear momentum, Elastic and inelastic collision
in one dimension, Motions of the center of mass of colliding
bodies.
9. Rotational Kinematics: Translational and Rotational
motion, Angular Position, Angular displacement, Angular
Velocity and angular acceleration, Rotation with constant
angular acceleration,
Relation between linear and angular kinematics of a particles
in circular motion.
DH
5
MH
5
MH
5
NNP
3
10th
1st to 10th
10. Rotational Dynamics: Torque and angular momentum and
their relation, Kinetic energy of rotation and rotational
inertia (moment of inertia), Combined Translational and DH,MH
rotational motion of a rigid
body, Parallel and perpendicular axes theorems of moment
of inertia, calculation of moment of inertia
for solids
of different shapes, conservation of angular momentum.
Relation between angular momentum and torque.
2
Revision
Books Recommended:
1. Gm.Gg. †gvK‡Q` Avjx
: Mechanics (ejwe`¨v) ,
2. Spiegel, M.R. Resnick, R : Vector Analysis
3. Halliday, D. and Walker, J: Fundamentals of Physics,
4. Halliday, D and Resnick, R. : Physics,
5. Sears, F.W., Zemansky, M.W and Young, H.D. : University Physics
Department of Physics
Rajshahi College, Rajshahi
Course Code : 212703
Course Title: Properties of Matter, Waves and Oscillations.
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1st In-course (20 Lectures)
1st
2nd
3rd
4th
Assigned Course Teacher:
1Dr. Md. Abu Rejoan (AR)
2. Md. Alauddin (MA)
3. Md Tajemul Hoque (TH)
Content
Teachers Lectures
1. Gravitation: Kepler’s Laws, Law of universal gravitation, G
5
and its determination, Inertial and gravitational mass,
Acceleration due to gravity and its variation, Measurement of
AR
acceleration due to gravity by compound pendulum and
Kater’s pendulum, Gravitational potential and field in simple
cases, Gravitational potential energy.
2. Elasticity: Hooke’s Law, Elastic constants of isotropic solids,
Poisson’s ratio and their interrelations, Internal elastic potential
energy, Experimental determination of elastic constants, MA
5
Torsion of a cylinder, Bending of beams, Cantilever, Variation
of elasticity with temperature.
3. Surface Tension: Surface tension and surface energy,
Adhesive and cohesive forces, Molecular theory of surface
tension, Pressure on a curved membrane of uniform tension,
TH
Soap bubble, Capillarity, Angle of contact and its
5
measurement, Determination of surface tension of water and
mercury drop, Variation of surface tension with temperature.
4. Fluid Dynamics: General concepts of fluid flow, Streamlines,
Equation of continuity, Bernoulli’s equation, Application of
AR
Bernoulli’s equation and equation of continuity. Coefficient of
5
viscosity, Critical velocity and Reynold’s number, Poiseuille’s
formula and its correction, Measurement of viscosity,
Variation of viscosity with temperature.
2nd In-course (20 Lectures)
5th
Test(10
Lectures)
8th
6th
7th
1st to 8th
5. Waves: Waves and Particles, Types of waves, Transverse and
Longitudinal waves, Wavelength and frequency, The Speed of
a traveling Wave, Wave speed on a stretched string, Energy
and power of a traveling string wave, The principle of
superposition for waves, Interference of waves, Complex
waves, Standing waves and Resonance.
6. Sound Waves: The Speed of Sound, Propagation and speed of
longitudinal waves, Traveling longitudinal waves, Standing
longitudinal waves, Beats, Doppler effect.
7. Oscillations: Simple harmonic motion (SHM), Energy
consideration in SHM, Applications of SHM, Relation between
SHM and uniform circular motion, Combinations of two
SHM’s, Lissajous’ figures, Two-body oscillations, Damped
harmonic motion, Forced oscillations and resonance, Power
and intensity of wave motion.
8. Vibrations: Vibrations of string, Membranes, bars, plates and
air-column, Sonometer, Melde’s experiment, Rectangular and
circular membranes, Transverse and longitudinal vibration of rod,
Aircolumns in cylindrical pipes, Organ pipes, Chladni’s figure
Revision
Books Recommended:
1. Gm.Gg. †gvK‡Q` Avjx
2. Halliday, D, Resnick, R. and
Walker, J.
3. Halliday, D. Resnick, R.
4. Sears, F.W., Zemansky, M.W.
and Young, H.D.
5. Mathur, D.S.
6. Newman, F.W. and Searle, V.H.L
AR
6
MA
7
TH
7
MA
5
: Properties of Matter, Waves and Optics
: Fundamentals of Physics
: Physics
: University Physics
: Properties of Matter
: General Properties of Matter.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 212705
Course Title: Heat, Thermodynamics & Radiation
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
1st In-course (20 Lectures)
Exam
Chapter
1st
2nd
Assigned Course Teacher:
1Joy Kumar Das (JKD)
2. Md. Rafiqul Islam (RI)
Content
Teachers Lectures
1. Heat and Temperature: Concept of temperature,
Thermal equilibrium, Measurement of low and high
temperatures, The Clausius & Fahrenheit scales, JKD
5
Thermal expansion, Gas Thermometers, Platinum
resistance thermometer, Thermocouple.
2. Kinetic Theory of Gases: Equation of state of an
ideal gas, Equipartition of energy, Translational kinetic
energy, Mean free path, Maxwell’s theory of distribution
RI
5
of velocities, Brownian motion, Degrees of freedom &
Molar Specific Heats, Van der Waals’ Equation of state,
Transport phenomena.
3rd
Test (05
Lectures)
2nd In-course (20 Lectures)
4th
5th
6th
7th
8th
1st to 8th
3. Transmission of Heat: Conduction, Convection,
Radiation, Conduction of heat in solids, Measurement of
RI
thermal conductivity of a bad conductor, Heat
conduction through composite walls.
4. First Law of Thermodynamics: Internal Energy,
Heat and work, Isothermal and adiabatic processes, JKD
Work done by expanding gases, Statement of first law of
thermodynamics and applications.
5. Second Law of Thermodynamics and Entropy:
The Thermodynamic temperature scale, Concept of
entropy, Calculation of entropy change in reversible and JKD
irreversible processes, Entropy and second law of
thermodynamics, Entropy and disorder. The Carnot
engine, Efficiency of heat engines, Carnot’s theorem,
Refrigerator and air-conditioner, Clausius theorem,
Clausius-Clapeyron equation.
6. Third Law of Thermodynamics: Nernst heat
theorem, Phase rule and its uses, Third law of JKD
thermodynamics.
7. Thermodynamic Functions: Thermodynamic
potentials at constant volume and pressure, Maxwell’s
RI
thermodynamic relations, Specific heat equations, JouleThomson effect and its applications.
8. Radiation Laws: Concept of black body and black
body radiation, Emissive and absorptive powers,
Kirchhoff’s law, Stefan-Boltzmann’s Law, Wien’s JKD, RI
displacement law, Rayleigh-Jean’s law, Planck’s
quantum hypothesis, Planck’s law, Applications of
radiations laws.
Revision
Books Recommended:
1. Gm.Gg ‡gv K‡Q` Avjx
2. Halliday, D, Resnick, R. and
3. Sears, F.W., Zemansky, M.W.
4. Zemansky, M.W.
5. Sears, F.W.
6. Hossain, T.
7. Saha, M.N. and Srivastava, B.N.
: Zvc I ZvcMwZwe`¨v :
: Fundamentals of Physics Walker, J.
: University Physics and Young, H.D.
: Heat and Thermodynamics
: An Introduction to Thermodynamics
: Text Book of Heat
: A Treatise on Heat.
Department of Physics
Rajshahi College, Rajshahi
Course Code: 212706
Course Name: Physics Practical-I
Marks: 100 Credits: 4
Assigned Course Teacher:
Course Code : 212706
1Nripendra Nath Pal (NNP)
Course Title: Physics Practical-I
2. Joy Kumar Das (JKD)
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
To perform two experiments (one from each group) each of three hours duration.
i) Experiments (3 hours each)
2 x 40 = 80
ii) Laboratory note book
10
iii) Experimental Viva-voce
10
Total marks = 100
Marks for each experiment shall be distributed as follows:
a) Theory
05
b) Data collection and tabulation
15
c) Calculation, graphs and result
15
d) Discussion
05
Total marks = 40
5
5
6
7
7
5
Group – A 1st In-course (25 Lectures)
1. Determination of acceleration due to gravity ‘g’ by compound pendulum.
2. Determination of acceleration due to gravity ‘g’ by Kater’s pendulum.
3. Determination of Young’s modulus and rigidity modulus by Searle’s dynamic method.
4. Determination of rigidity modulus of a wire/rod by static method.
5. Determination of rigidity modulus of the material of a wire by dynamic method.
6. Determination of the spring constant and effective mass of a given spiral spring and hence to
calculate the rigidity modulus of the material of the spring.
7. Determination of the Young’s modulus by the flexture of a beam (bending method).
8. Determination of the moment of inertia of a fly-wheel about its axis of rotation.
9. Determination of the Young’s modulus for the material of a wire by Searle’s apparatus.
10. Determination of Surface tension of water by capillary tube method.
11. Determination of surface tension of mercury by Quincke’s method.
Group – B 2nd In-course (25 Lectures)
1. Determination of the specific heat of solid by method of mixture, with radiation correction.
2. Determination of the specific heat of a liquid by the method of cooling.
3. Determination of the thermal conductivity of a good conductor by Searle’s apparatus.
4. Determination of the thermal conductivity of a bad conductor by Lee’s method.
5. Determination of mechanical equivalent of heat ‘J’ with radiation correction.
6. Investigation of the variation of resistance of a copper wire with temperature and determination of its
temperature coefficient of resistance.
7. Verify the laws of transverse vibration of a stretched string with a sonometer (n-l, and n – 1/l curves
only)
8. Determination of the frequency of a tuning fork by Melde’s experiment.
9. Determination of latent heat of fusion of ice with radiation correction.
10. Determination of latent heat of condensation of steam with radiation correction.
11. Determination of density of water at various temperature by specific gravity bottle and study the
variation of density with temperature from the graph.
Books Recommended:
1. Ahamed, G.U. and Uddin, M.S.
: Practical Physics
2. Chawdhury, S.A. and Bashak, A.K. : e¨envwiK c`v_©we`¨v
3. Din, K. and Matin, M.A.
: Advanced Practical Physics
4. Worsnop and Flint
: Advanced Practical Physics
Department of Physics
Rajshahi College, Rajshahi
Course Code : 213709
Course Title: Fundamentals Of Mathematics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
2nd
Assigned Course Teacher:
1.Shaika Horkil (SH)
2.Mafruha Mustari (MM)
Course Content
Real Number System: Field and order properties, Natural
numbers, Integers and rational numbers, Absolute value and their
properties, Basic inequalities.
Complex Number System: Field of Complex numbers, De
Moivre's theorem and its applications.
Theory of equations: Relations between roots and coefficients,
Symmetric functions of roots, Sum of the powers of roots,
Synthetic division, Descartes’ rule of signs, Multiplicity of
roots, Transformation of equations.
Two-dimensional Geometry: Transformation of coordinates,
Pair of straight lines (Homogeneous second degree equations,
General second degree equations represent a pair of straight lines,
Angle between pair of straight lines, Bisectors of angle between
pair of straight lines),
Two-dimensional Geometry: General equations of second degree
(Reduction to standard forms, Identifications, Properties and
Tracing of conics).
Matrices and Determinants: Notion of matrix, Types of
Teachers
Lectures
SH
5
MM
SH
3
6
MM
6
SH
5
MM
3
Incourse
(25 Lectures)
Test
(10 Lectures)
matrices, Algebra of matrices, Determinant and its properties,
Minors, Cofactors, Expansion and evaluation of determinants,
Elementary row and column operations and row-reduced
echelon matrices, Invertible matrices, Diagonal, Triangular and
Symmetric matrices.
System of Linear Equations: System of linear equations
(Homogeneous and non-homogeneous) and their solutions,
Gaussian elimination, Application of matrices and determinants
for solving system of linear equations, Applications of system of
equations in real life problems.
Vector Spaces: Euclidean n-space, Real vector spaces,
Subspaces, Linear combination of vectors, Linear dependence
of vectors, Basis and dimension, Linear transformations, Matrix
representation of linear transformation, Kernel and image,
Eigenvalues and Eigenvectors.
Three-dimensional Geometry: Three-dimensional coordinates,
Distance, Direction cosines and direction ratios, Planes and
straight lines,
Three-dimensional Geometry: Vectors in plane and space,
Algebra of vectors, Scalar and vector product, Vector equations of
straight lines and planes.
SH
5
MM
5
SH
6
MM
6
10
Revision
Books Recommended:
1. S. Bernard & J M Child
2. Howard Anton & Chris Rorres
3. Khosh Mohammad
4. Md. Abdur Rahman
5. Md. Abdur Rahman
:
:
:
:
: Higher algebra.
Elementary Linear Algebra with Application.
Analytic Geometry and Vector Analysis.
Linear Algebra.
Higher Algebra.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 213711
Course Title: Calculus-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(12 Lectures)
Assigned Course Teacher:
1Nadira Nazneen (NN)
Course Content
Functions & their graphs : Polynomial and rational functions,
Logarithmic and exponential functions, Trigonometric functions
& their inverses, Hyperbolic functions & their inverses,
Combinations of such functions.
Limit and continuity: Definitions and basic theorems on limit
and continuity, Computation of limits.
Differentiation: Tangent lines and rates of change. Definition of
derivative, One-sided derivatives. Rules of differentiation,
Teachers
NN
NN
NN
Lectures
2
2
4
2nd
Incourse
(12 Lectures)
Test
(6 Lectures)
Successive differentiation, Leibnitz's theorem, Related rates,
Linear approximations and differentials.
Integration: Anti-derivatives and indefinite integrals, Techniques
of integration, Definite integration using anti-derivatives,
Applications of Differentiation: Mean value theorem, Maximum
and minimum values of functions, Concavity and points of
inflection, Optimization problems.
Approximation and Series: Taylor polynomials and series,
Convergence of series, Taylor's series, Taylor's theorem and
remainders, Differentiation and integration of series.
Integration: Fundamental theorems of calculus, Basic properties
of integration, Integration by reduction.
Applications of Integration: Arc length. Plane areas, Surfaces of
revolution,
Applications of Integration: Volumes of solids of revolution,
Volumes by cylindrical shells, Volumes by cross sections.
Revision
NN
4
NN
3
NN
3
NN
NN
NN
3
3
6
Books Recommended:
1. Howard Anton
: Calculus (7th and forward editions).
2. E.W. Swokowski
: Calculus with Analytic Geometry.
3. Md. A Matin & B Chakraborty : Differential Calculus
4. Md Abu Yousuf
: Differential and Integral Calculus
Department of Physics
Rajshahi College, Rajshahi
Course Code : 212807
Course Title: General Chemistry -I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
Assigned Course Teacher:
1Md. Jahsngir Ali (JA)
2 Shabnam Sultana (SS).
Course Content
1. Measurements and the Scientific Method: Measurements,
units, SI units, reliability of measurements – precision and
accuracy, rounding off, significant figures, significant figures in
calculation, mean and median, errors, sources of errors.
2. Structure of atom: Atom, isotopes, Atomic masses, Mass
spectroscopy, Atomic nucleus, Nuclear binding energy, Nuclear
reactions –fission and Fusion reactions, Bohr atom model,
Spectrum of atomic hydrogen, Dual nature of electron, Heisenberg
uncertainty principle, Quantum numbers, Atomic orbitals, Aufbau
principle, Pauli exclusion principle, Hund’s rule of maximum
multiplicity, Electronic configuration of atoms
3. Periodic Table: Periodic law, Periodic table, Electronic
configurations from the periodic table, Periodic properties of the
elements such as ionization energies, Electron affinity, Electro
negativity, Atomic/ionic radius along a period and down a group,
Teachers
Lectures
JA
4
SS
7
JA
5
2nd
Incourse
(25 Lectures)
Test
(10 Lectures)
Diagonal relationship
4. Chemical Bonds: Chemical bond, Types of chemical bonds –
ionic, Covalent coordination, Metallic, Hydrogen, Polar and no
polar covalent bonds, Lewis dot structure, Shapes of molecules,
VSEPR theory, Valence bond theory, Hybridization, σ- and πbonding in compounds, Molecular orbital theory
5. Oxidation and reduction: Redox reactions, Writing and
balancing Redox reactions
6. States of Matter: Comparison between solids, Liquids and
gases, Changes of state, m.p. and b.p, phase transition, Phase
diagram of water.
7. Gaseous and Their Properties: The gas laws , The perfect gas
equation, The kietic theory of gases, Van der waals equations,
Real gases, Graham’s laws of diffusion and Effusion.
8. Solutions: Solubility and intermolecular forces, Solubility
product, Types of concentration units, Colligative properties of
solutions, Henry’s law, Nernst distribution law.
9. Acids and Bases: Various concepts on acids and bases,
Conjugate acids and bases, Neutralization reactions acid- base
strength, pH, Acid-base titrations, Acid-base indicatiors, Acidbase properties of salts, The common ion effect, Buffer solutions,
Hard and soft acids and bases.
10. Chemical Equilibrium: Reversible reactions and the
equilibrium state, The equilibrium law, Reaction quotients and
equilibrium constants, Calculations using Kc, Kp, Homogeneous
and heterogeneous equilibria, The principle of Le Chatelier and
Brown.
11. Hydrocarbons: Hydrocarbons, Saturated and unsaturated
hydrocarbons, Alkanes, Alkenes, And Alkynes, Nomenclature of
organic compounds-the IUPAC system natural gas, Petroleum,
Petrochemicals.
12. Study of different classes of organic Compounds: Alcohols,
Aldehydes, Ketones, Carboxylic Acids, Esters, Amines and
Amides.
Revision
SS
JA
3
SS
3
JA
5
SS
5
JA
7
SS
5
JA
SS
Books recommended:
1. General Chemistry, D. D. Ebbing, Houghton Miffin Co.
2. Chemistry – The Molecular Nature of Matter and Change, M. Siberberg. WCB /Mc Graw- Hill.
3. Introduction to Modern Inogranic Chemistry, S.Z. haider, Friends’ International.
4. Principles of physical chemistry, M. M. Huque and M. A Nawab, students’ publications.
5. Essentials of Physical chemistry, B.S Bahl, G.D Tuli and A Bahl, S. Chand & Co.Ltd.
6. Advanced Organic Chemistry, B.S. Bahl and A Bahl, S. Chand & Co. Ltd.
7. A Level chemistry by C.W. Ramsden
8. Organic Chemistry: T Morrison and R.N Boyed,
9. Fundamental of Organic Chemistry by W Solomons
Department of Physics
Rajshahi College, Rajshahi
Course Code: 212808
Course Name: Chemistry-I Practical 30 Lectures
Marks: 50, Credits: 2
Course Code : 212706
Course Title: Physics Practical-I
6
Assigned Course Teacher:
1Dr. Md Serajul Islam (SI)
3
3
4
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
2.Md. Abu Syeed (AS)
Content
Teachers Lectures
1. Preparation of FeSO4 7H2O, Mohr’s salt and potash alum.
1st In-course (12 Lectures)
2. Separation and identification of four radicals from a mixture of
anions and cations The cations are pb2+, cu2+, Cd2+ , Al3+ , Fe2+
SI, AS
, Fe3+, Co2+, Ni2+, Zn2+ Ca2+, Ba2+, Na+, K+ , and NH4 + , the
anions are NO3, CO3 2-, S2-, SO4 2-, Cl , Br and I+
3. Standardization of NaOH solution using standard oxalic acid
12
solution,
4. Determination of Fe2+ using standard permanganate solution
5. Iodometric determination of copper(II) using standard Na2SO3
solution.
6. Gravimetric determination of nickel as Ni(HDMG)2 complex
7. Determination of the enthalpy change for the decomposition sodium
2nd In-course (12 Lectures)
dicarbonate into sodium carbonate.
8. Determination of the pH- neutralization curves of a strong acid by a SI, AS
strong base.
9. Investigation of the conductance behaviour of electrolytic solution
and applications (acetic acid)
12
10. Determination of the presence of nitrogen, halogen and sulphur in
organic compounds.
11. Identification of the functional groups (unsaturation, alcohol,
phenol, carbonyl, aldehlyde, ketone, carboxylic acid, aromatic
amine, amide and nitro- groups) in organic compound.
Test
Lectures (6)
Revision
06
Books Recommended:
1. A Text Book of Quantitative Inorganic Analysis, A.I. Vogel, 3rd/4th edition, ELBS and Longman
Green & Co. Ltd.
2. A Text Book of Quantitative Inorganic Analysis, A.I. Vogel 3rd/4th edition, ELBS and Longman
Green & Co. Ltd.
3.
4.
Practical physical chemistry, A Faraday.
A Text Book of practical organic chemistry, A.I. vogel, ELBS edition
Department of Physics
Rajshahi College, Rajshahi
Course Code: 213607
Course Name: Introduction to Statistics
Marks-100, (4 credits), 60 Lectures
Assigned Course Teacher:
Course Code : 212706
1Prof. Dewan Abdur Razzak
Course Title: Physics Practical-I
(DAR)
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
2. K.M. Mahfuzur Rahman (MR)
3. Md Syful Islam (SI)
4. Md. Rashidul Hoque (MRH)
Examination
1st Incourse
(25 Lectures)
2nd Incourse
(25 Lectures)
Course Content
1. Descriptive Statistics: Statistics–Its nature and some
important uses, Qualitative and quantitative data, Classification,
Tabulation and frequency distribution, Graphical representation
of data, Measures of location, Measures of Dispersion, Skewness
and Kurtosis, Mathematical relationship among different
measures of location, dispersion, Skewness and kurtosis.
2. Bivariate Data: Correlation coefficient, Correlation analysis,
The purpose and uses of regression analysis, Simple regression
and methods of least squares and estimation of parameters,
Correlation ratio, Rank correlation, Partial and multiple
correlation.
3. Elementary Probability: Meaning of Probability, Classical
and empirical definitions of Probability, Axiomatic approach of
defining probability, Event, Sample space and simple problems
on probability, Addition rule, Conditional probability,
Multiplication rule and Bayes theorems, The concept of a random
variables, Probability function and probability density function,
Joint probability function. Marginal and conditional distributions,
Statistical independence, Expected value and related theorems,
Moment generating function, Common probability distributions,
Binomial, Poisson and Normal.
4. Index Number: Concept of an index number and problems in
the construction of index number, Types of indices (Price,
Quantity, Value and cost of living indices) and their uses, Tests
for index numbers.
5. Time Series analysis: Elements of time-series analysis,
Measurement of trend by moving average, By least square
method, Trend curve, Determination of seasonal indices, Cyclical
movements.
6. Numerical Mathematics: Differences of a polynomial, Finite
difference operator, Difference table, Newton’s formula and
starling’s central difference formula, Inverse interpolation,
Numerical integration.
Test
(10 Lectures)
Revision
Books Recommended:
1. Yule and Kendall : Introduction to Theory of Statistics.
2. Islam, M. Nurul. : An Introduction to Statistics and Probability.
3. Jalil A. and Ferdous R. : Basic Statistics.
4. Mostafa M.G. : Methods of Statistics.
5. David E.N. : Probability Theory for Statistical Methods.
6. Weatherburn C.F. : A First Course in Mathematical statistics.
7. Mosteller, Roure and Thomas : Probability with Statistical Applications.
8. Ali A. : Theory of Statistics Vol. I
9. Mallick, S.A. : mvswLK MwbZ
10. Freeman H. : Acturial, Mathematics Vols; I and II
11. Scarborough : Numerical Mathematics.
12. David F.N. : Probability theory for Statistical Methods.
Teachers
DAR
Lectures
9
MR
6
SI
10
MRH
9
MR
8
SI
MRH
8
10
13. Shil R.N. : Introduction to Theory of Statistics.
14. Feller, W : Introduction to Statistical Time Series (latest ed.).
15. Gupta and Kapoor : Applied Statistics.
Department of Physics
Rajshahi College, Rajshahi
Course Code: 213608
Course Name: Statistics Practical-I
Marks-50, (2 credits), 30 Lectures
Condensation and tabulation of data, Graphical representation of data, Frequency table, Measures of
location, Dispersion, Moments, Skewness and Kurtosis, measures of correlation coefficient, Rank
correlation, Fitting of simple regression lines, Fitting of Binomial, Normal and Poisson’s distributions,
Finding trend values and seasonal variation from time series data by different methods, Calculation of
Index numbers and test of index number, Use of Newton’s forward and backward formula, Solution of
numerical integration.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 212706
Course Title: Physics Practical-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
Assigned Course Teacher:
1Nripendra Nath Pal (NNP)
2. Joy Kumar Das (JKD)
Course Content
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cwiwPwZ
1|
1st Incourse
(25 Lectures)
2|
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K) f~ cÖK…wZi ˆewkó¨ I cÖfve
L) b„ZvwË¡K MVb
M) fvlv
N) ms¯‹…wZi mgš^qevw`Zv I ag©xq mnbkxjZv
O) Awfbœ evsjvi cwi‡cÖwÿ‡Z ZrKvjxb c~e©e½ I eZ©gvb
evsjv‡`‡ki
¯^Kxq mËv
ALÛ ¯^vaxb evsjv ivóª MV‡bi cÖqvm I Dcgnv‡`‡ki
wefw³, 1947
Teachers
Lectures
7
6
3|
4|
5|
6|
2nd
Incourse
(25 Lectures)
7|
8|
9|
K) Jcwb‡ewkK kvmb Avg‡j mv¤cÖ`vwqKZvi D™¢e I
we¯Ívi
L) jv‡nvi cÖ¯Íve, 1940
M) ALÛ ¯^vaxb evsjv ivóª MV‡bi D‡`¨vM, 1947 I cwiYwZ
N) cvwK¯Ívb m„wó, 1947
cvwK¯Ívb: ivóªxq KvVv‡gv I ˆelg¨
K) †K›`ªxq I cÖv‡`wkK KvVv‡gv
L) mvgwiK I †emvgwiK AvgjvZ‡š¿i cÖfve
M) A_©‰bwZK, mvgvwRK I mvs¯‹…wZK ˆelg¨
fvlv Av‡›`vjb I evOvwji AvZ¥cwiPq cÖwZôv
K) gymwjg jx‡Mi kvmb I MYZvwš¿K ivRbxwZi msMÖvg
L) AvIqvgx jx‡Mi cÖwZôv, 1949
M) fvlv Av‡›`vjb: cUf~wg I NUbv cÖevn
N) nK-fvmvbx-†mvnivIqv`©xi hy³d«›U, 1954 mv‡ji
wbe©vPb I cwiYwZ
mvgwiK kvmb: AvBqye Lvb I Bqvwnqv Lv‡bi kvmbvgj
(1958-71)
K) mvgwiK kvm‡bi msÁv I ˆewkó¨
L) AvBqye Lv‡bi ÿgZv `Lj I kvm‡bi ˆewkó¨ (ivR‰bwZK
wbcxob,
†gŠwjK MYZš¿, a‡g©i
ivR‰bwZK e¨envi)
M) AvBqye Lv‡bi cZb I Bqvwnqv Lv‡bi kvmb, GK
BDwbU wejywßKiY,
mve©Rbxb †fvUvwaKvi, GjGdI (Legal Framework Order)
RvZxqZvev‡`i weKvk I ¯^vwaKvi Av‡›`vjb
K) mvs¯‹…wZK AvMÖvm‡bi weiæ‡× cÖwZ‡iva I evOvwj
ms¯‹…wZi D¾xeb
L) †kL gywReyi ingv‡bi 6-`dv Av‡›`vjb
M) 6-`dv Av‡›`vj‡bi cÖwZwµqv, ¸iæZ¡ I Zvrch©
N) AvMiZjv gvgjv, 1968
1969-Gi MYAfy¨Ìvb I 11-`dv Av‡›`vjb
K) cUf~wg
L) Av‡›`vj‡bi Kg©m~Px, ¸iæZ¡ I cwiYwZ
1970 Gi wbe©vPb, Amn‡hvM Av‡›`vjb I e½eÜzi
¯^vaxbZv †NvlYv
K) wbe©vP‡bi djvdj Ges Zv †g‡b wb‡Z †K‡›`ªi
A¯^xK…wZ
L) Amn‡hvM Av‡›`vjb, e½eÜzi 7B gv‡P©i fvlY, Acv‡ikb
mvP©jvBU
M) e½eÜzi ¯^vaxbZv †NvlYv I †MÖdZvi
gyw³hy× 1971
K) MYnZ¨v, bvix wbh©vZb, kiYv_©x
L) evsjv‡`k miKvi MVb I ¯^vaxbZvi †NvlYvcÎ
M) ¯^Z:ù‚Z© cÖv_wgK cÖwZ‡iva I msMwVZ cÖwZ‡iva
(gyw³‡dŠR, gyw³evwnbx, †Mwijv I m¤§yL hy×)
N) gyw³hy‡× cÖPvi gva¨g (¯^vaxb evsjv †eZvi †K›`ª,
we‡`kx cÖPvi gva¨g I RbgZ MVb)
O) QvÎ, bvix I mvaviY gvby‡li Ae`vb (MYhy×)
P) gyw³hy‡× e„nrkw³ mg~‡ni f~wgKv
Q) `Lj`vi evwnbx, kvwšÍKwgwU, Avje`i, Avjkvgm,
ivRvKvi evwnbx, ivR‰bwZK `j I †`kxq
Ab¨vb¨ mn‡hvMx‡`i ¯^vaxbZvwe‡ivax Kg©KvÛ I
eyw×Rxex nZ¨v
6
6
5
5
4
4
7
Test
(10 Lectures)
R) cvwK¯Ív‡b ew›` Ae¯’vq e½eÜzi wePvi I
wek¦cÖwZwµqv
S) cÖevmx evOvwj I we‡k¦i wewfbœ †`‡ki bvMwiK
mgv‡Ri f~wgKv
T) gyw³hy‡× fvi‡Zi Ae`vb
U) †hŠ_ evwnbx MVb I weRq
V) ¯^vaxbZv msMÖv‡g e½eÜzi †bZ…Z¡
10| e½eÜz †kL gywReyi ingv‡bi kvmbKvj, 1972-1975
K) ¯^‡`k cÖZ¨veZ©b
L) msweavb cÖYqb
M) hy× weaŸ¯Í †`k cybM©Vb
N) mcwiev‡i e½eÜz nZ¨v I Av`wk©K cUcwieZ©b
5
5
Revision
Department of Physics
Rajshahi College, Rajshahi
English version
Course Code : 212706
Course Title: Physics Practical-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
2nd Incourse
Assigned Course Teacher:
1Nripendra Nath Pal (NNP)
2. Joy Kumar Das (JKD)
Course Content
Introduction: Scope and description of the emergence of
Independent Bangladesh.
Writing on this topic.
Description of the country and its people.
a. Geographical features and their influence.
b. Ethnic composition.
c. Language.
d. Cultural syncretism and religious tolerance.
e. Distinctive identity of Bangladesh in the context of
undivided Bangladesh.
Proposal for undivided sovereign Bengal and the partition of
the Sub Continent, 1947.
a. Rise of communalism under the colonial rule, Lahore
Resolution 1940.
b. The proposal of Suhrawardi and Sarat Bose for undivided
Bengal : consequences
c. The creation of Pakistan 1947 .
Pakistan: Structure of the state and disparity.
a. Central and provincial structure.
b. Influence of Military and Civil bureaucracy.
C . Economic , social and cultural disparity
Language Movement and quest for Bengali identity
a. Misrule by Muslim League and Struggle for democratic
politics .
b. The Language Movement: context and phases .
c. United front of Haque – Vasani – Suhrawardi: election of
1954, consequences.
Military rule: the regimes of Ayub Khan and Yahia Khan
Teachers
Lectures
7
6
6
6
5
(25 Lectures)
(1958-1971)
a. Definition of military rules and its characteristics.
b. Ayub Khan’s rise to power and characteristics of his
rule (Political repression, Basic democracy,
Islamisation)
c. Fall of Ayub Khan and Yahia Khan’s rule (Abolition of
one unit, universal suffrage, the Legal Framework
Order)
Rise of nationalism and the Movement for self
determination .
a. Resistance against cultura l aggression and resurgence of
Bengali culture.
b. Sheikh Mujibur Rahman and the six point movement
c. Reactions : Importance and significance
d . The Agortola Case 1968.
The mass- upsurge of 1969 and 11 point movement:
background,programme and significance.
Election of 1970 and the Declaration of Independence by
Bangobondhu
a. Election result and centres refusal to comply
b. The non co-operation movement, the 7th March , Address ,
Operation Searchlight
c. Declaration of Independence by Bangobondhu and his arrest
The war of Liberation 1971
a. Genocide, repression of women, refugees
b. Formation of Bangladesh government and
proclamation of Independence
c. The spontaneous early resistance and subsequent
organized resistance (Mukti Fouz, Mukti Bahini,
guerillas and the frontal warfare )
d. Publicity Campaign in the war of Liberation (Shadhin
Bangla Betar Kendra, the Campaigns abroad and
formation of public opinion )
e. Contribution of students, women and the masses
(Peoples war)
f. The role of super powers and the Muslim states in
the Liberation war.
g. The Anti-liberation activities of the occupation army,
the Peace Committee, Al-Badar, Al-Shams,
Rajakars, pro Pakistan political parties and Pakistani
Collaborators , killing of the intellectuals.
h. Trial of Bangabondhu and reaction of the World
Community.
i. The contribution of India in the Liberation War
j. Formation of joint command and the Victory
k. The overall contribution of Bangabondhu in the
5
4
4
7
Test
(10 Lectures)
Independence struggle.
. The Bangabondhu Regime 1972-1975
a. Homecoming
b. Making of the constitution
c. Reconstruction of the war ravaged country
d. The murder of Bangabondhu and his family and the
ideological turn-around.
Revision
5
5
mnvqK MÖš’
1. bxnvi iÄb ivq, evOvjxi BwZnvm, †`Õ R cvewjwks, KjKvZv 1402 mvj|
2.
mvjvn& DwÏb Avn‡g` I Ab¨vb¨ (m¤úvw`Z), evsjv‡`‡ki gyw³ msMÖv‡gi BwZnvm 1947-1971,
AvMvgx cÖKvkbx, XvKv 2002|
3.
wmivRyj Bmjvg (m¤úvw`Z), evsjv‡`‡ki BwZnvm 1704-1971, 3 LÛ, GwkqvwUK †mvmvBwU Ae
evsjv‡`k, XvKv 1992|
4.
W. nviæb-Ai-iwk`, evsjv‡`k: ivRbxwZ, miKvi I kvmbZvwš¿K Dbœqb 1757-2000, wbD GR
cvewj‡KkÝ, XvKv 2001|
5.
W. nviæb-Ai-iwk`, evOvwji ivóªwPšÍv I ¯^vaxb evsjv‡`‡ki Af~¨`q, AvMvgx cÖKvkbx, XvKv
2003|
6.
W. nviæb-Ai-iwk`, e½eÜzi Amgvß AvZ¥Rxebx cybcv©V, w` BDwbfvwm©wU †cÖm wjwg‡UW,
XvKv 2013|
7.
W. AvZdzj nvB wkejx I W.†gvt gvneyei ingvb, evsjv‡`‡ki mvsweavwbK BwZnvm 1773-1972,
m~eY© cÖKvkb, XvKv 2013|
8.
gybZvwmi gvgyb I RqšÍ Kzgvi ivq, evsjv‡`‡ki wmwfj mgvR cÖwZôvi msMÖvg, Aemi, XvKv
2006|
9.
AvwZDi ingvb, Amn‡hvM Av‡›`vj‡bi w`b¸wj: gyw³hy‡×i cÖ¯‘wZ ce©, mvwnZ¨ cÖKvk, XvKv
1998|
10. W. †gvt gvneyei ingvb, evsjv‡`‡ki BwZnvm, 1905-47, Zvgªwjwc, XvKv 2011|
11. W. †gvt gvneyei ingvb, evsjv‡`‡ki BwZnvm, 1947-1971, mgq cÖKvkb, XvKv 2012|
12. ‰mq` Av‡bvqvi †nv‡mb, evsjv‡`‡ki ¯^vaxbZv hy‡× civkw³i f~wgKv, Wvbv cÖKvkbx, XvKv
1982|
13. Aveyj gvj Ave`yj gywnZ, evsjv‡`k: RvwZiv‡óªi D™¢e, mvwnZ¨ cÖKvk, XvKv 2000|
14. ‡kL gywReyi ingvb, Amgvß AvZ¥Rxebx, w` BDwbfvwm©wU †cÖm wjwg‡UW, XvKv 2012|
15. wmivR D`&`xb Avn‡g`, GKvˇii gyw³hy×: ¯^vaxb evsjv‡`‡ki Af~¨`q, BmjvwgK dvD‡Ûkb,
XvKv 2011|
16. RqšÍ Kzgvi ivq, evsjv‡`‡ki ivR‰bwZK BwZnvm, myeY© cÖKvkb, XvKv 2010|
17. Harun-or-Roshid, The Foreshadowing of Bangladesh: Bengal Muslim League and Muslim
Politics, 1906-1947, The University Press Limited, Dhaka 2012.
18. Rounaq Jahan, Pakistan: Failure in National Integration, The University Press Limited, Dhaka
1977.
19. Talukder Maniruzzaman, Radical Politics and the Emergence of Bangladesh, Mowla, Brothers,
Dhaka 2003.
20. ‡gmevn Kvgvj I Ckvbx PµeZx©, bv‡Pv‡ji K…lK we‡`ªvn, mgKvjxb ivRbxwZ I Bjv wgÎ, DËiY,
XvKv 2008|
21. ‡gmevn Kvgvj, Avmv` I Ebmˇii MYAfy¨Ìvb, weeZ©b, XvKv 1986|
COURSE PLAN
For
Honour’s 2nd Year
Session: 2013-2014
Department of Physics
Rajshahi College,
Rajshahi
Contents
Department of Physics
Rajshahi College,
Rajshahi
2nd Year Honours
Paper Code
222701
222703
222705
222706
223707
223708
222807
222809
223609
223610
221109
Paper Title
Electricity & Magnetism
Geometrical & Physical Optics
Classical Mechanics
Physics Practical-II
Calculus-II
Math Lab (Practical)
General Chemistry-II
Enviromental Chemistry
Or
Methods of Statistics
Statistics Practical-II
Total=
English (Compulsory)
Marks
100
100
100
100
100
50
100
50
Credits
4
4
4
4
4
2
4
2
100
4
50
700
100
2
28
Non-Credit
Department of Physics
Rajshahi College, Rajshahi
Course Code : 222701
Course Title: Electricity & Magnetism
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1Nripendra Nath Pal (NNP)
2. Md. Mahfuj Hasan
3. Rafiqul Islam (RI)
Examination
Course Content
1st Incourse
(25 Lectures)
1. Electric Charge: Electromagnetism, Electric Charge, Conductors
and Insulators, Force due to two charges- Coulomb’s law, Charge is
Quantized, Charge is Conserved.
2.Electric Field: The electric field strength, Lines of force, Electric
field due to – a point charge, Electric dipole, charged disc, charged
sheet, charged long wire, Electric dipole and quadrupole.
3. Gauss’ Law: Flux, Flux of an Electric Field, Gauss’ law,
Coulomb’s law from Gauss’ law in electric field. Application of
Gauss’ law for symmetrical objects.
4. Electric Potential: Electric potential and electric potential energy,
Equipotential surfaces, Potential due to a point charge, a group of point
charges and dipole. Calculation of field strength from potential, Insulated
spherical conductor, Electrostatic generator, Electrical images.
5. Capacitor and Dielectrics: Use of capacitors, Capacitance,
Capacitors in parallel & in series, Capacitance- its calculation for
parallel-plate, cylindrical and spherical capacitors, Dielectric- an
atomic view, Dielectric and Gauss’s law, parallel plate capacitor with
dielectric, electric vectors, Energy stored in an electric field.
6. Current and Resistance: Moving charges & electric current,
Current and current density, Drift speed and charge carrier,
Resistance, Resistivity and Conductivity, Ohm’s law, Resistvity- an
atomic view, Energy transfer in an electric circuit, Power in electric
circuits, Semiconductors, Superconductors.
Teachers
Lectures
NNP
3
NNP
3
MH
3
RI
4
MH
4
RI
4
2nd Incourse
(25 Lectures)
Test
(10 Lectures)
7. Electric Circuits: Work, Energy & electromotive force, Potential
difference, Kirchhoff’s laws, Current in single & multiloop circuits,
Potentiometer, Wheatstone bridge, RC circuits, Ammeter &
Voltmeter, Multimeter & its uses.
8. Magnetic Field: Magnetic induction, Magnetic force of a current,
Torque on a current loop, Moving coil galvanometer, Ammeter,
Voltmeter, Hall effect, Circulating charge, Thompson’s experiment.
9. Ampere’s Law and Biot-Savart Law: Ampere’s law and
application such as calculation of magnetic induction near a long
wire, inside a current carrying cylindrical wire, wire, inside a
solenoid, two parallel conductors, Bio-Savart law and its application.
10. Electromagnetic Induction: Faraday’s laws of electromagnetic
induction, Lenz’s law, Induction- a quantitative study, Self and
mutual inductance and calculation of self inductance, LR circuit,
Energy stored in a magnetic field, Magnetisaton, B-H curve.
11. Magnetism of Matter: Gauss’ law for magnetic fields,
Magnetism and electrons, Different magnetic material, induced
magnetic field, Displacement current, Maxwell’s equations.
12. Electromagnetic Oscillations: LC circuit, analogy to simple
harmonic motion, LCR circuit, Q-Factor, Analogy to damped
harmonic motion, Forced oscillations and resonance.
13. Alternating Current: Simple AC generator, Alternating voltage
and current and their graphical representation, RMS value of current
and voltage, Alternating voltage applied to resistors, capacitors and
inductors. Alternating current and voltage in LR, LC and LCR
circuits: series and parallel, Power dissipation in AC circuit, Power
factor, AC measuring instruments, AC bridge.
14. Thermoelectricity: Seebeck, Peltier and Thomson effect,
Relation between Seebeck, Peltier and Thomson’s emf,
Thermoelectric power, Thermocouple.
Revision
NNP
4
NNP
4
MH
4
RI
4
RI
3
MH
3
MH
4
NNP
3
Books Recommended:
1. Halliday, D, Resnick, R. and Krane K.S. : Physics 2. Halliday, D, Resnick, R. and Walker, J. :
Fundamentals of Physics 3. Tewari, K.K. : Electricity and Magnetism 4. Young, A.P. and Friemen :
University Physics
5. Huq. M.S., Rafiqullah, A.K. & Roy, A.K : Concept of Electricity and Magnetism
6. Islam A.K.M.A, Islam M.N. and Islam, S : Zwor Pz¤^K ZË¡ I AvaywbK c`v_©weÁvb
Department of Physics
Rajshahi College, Rajshahi
Course Code : 222703
Course Title: Geometrical & Physical Optics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
Assigned Course Teacher:
1Md. Alauddin (MA)
2. Md. Durul Hoda (DH)
3. Joy Kumar Das (JKD)
Course Content
1. Geometrical Optics: Spherical aberration, Chromatic aberration,
Astigmatism, Ray matrices and its applications. Reflection and
refraction, Total internal reflection, Polarization by reflection, Two
types of images, Plane mirrors, Spherical mirrors, Images from
spherical mirrors, Spherical refracting surfaces, Thin lenses, Power
of lenses, Microscope, Telescope, Eye and its mechanism.
2. Coherence: First order coherence, Spatial and Temporal
Teachers
JKD
Lectures
10
6
1st Incourse
(25 Lectures)
coherence, Higher order coherence.
3. Interference of waves: Principle of superposition, Phase velocity
and group velocity, Huygen’s principle, Young’s experiment,
Fresnel biprism, Division of wavefront and amplitude, Michelson’s
interferometer, shapes and positions of fringes, Newton’s ring and
its experiment, Multiple beam fringes with a plane parallel plate,
Fabry-Perot interferometer.
4. Diffraction: Diffraction, Fraunhofer and Fresnel diffraction,
Single, double and multiple slit diffraction, Diffraction grating,
spectrometer, Resolving power, Fraunhofer diffraction at a circular
aperture, Fresnel half period zone, Fresnel diffraction at a straight
edge.
5. Polarisation: Definition, Plane, Circular and Elliptical
polarization, Malu’s law, Brewster’s law, Optical activity, Double
refraction, Optic axis, half-wave and quarter-wave plate, Nicol
prism, Polarimeter.
6. Dispersion and scattering: Dispersion, Cauchy and Selemeier
formula, Scattering, Rayleigh scattering, Thomson’s Scattering.
Revision
MA
JKD
9
DH
9
MA
8
DH
8
Test
(10 Lectures)
Books Recommended:
1. Eugene Hecht and Alfred Zajac : Optics
2. Rossi, B. : Optics
3. Guenther. R.D. : Modern Optics
4. Born, M, and Wolf : Principles of Optics
5. Brijlal : Optics
10
Rajshahi College, Rajshahi
Course Code : 222705
Course Title: Classical Mechanics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1st
1st Incourse
(25
Lectures)
2nd
3rd
2nd Incourse (25
4th
Content
Assigned Course Teacher:
1.Dr. Md. Abu Rejoan (MAR)
2. Tajemul Hoque (TH)
2. Joy Kumar Das (JKD)
Teachers Lectures
1. Review of Elementary Principles: Equations
of motion, Conservation laws of a system of MAR
particles, Constraints, Generalised co-ordinates,
Generalised force, D’Alembert’s principle and
Lagrange’s equations.
2. Lagrangian Formulation: Variational method,
TH
Euler-Lagrange
equations
of
motion,
Hamilton’s principle, Lagrange’s equation from
Hamilton’s
principle,
Applications
of
Lagrange’s equation.
3. Two-body Central Force Problem: Two-body
JKD
central force problem-reduction to equivalent
one-body problem, Kepler’s laws of planetary
motion, Centre of mass and laboratory coordinates, Transformation of scattering problem
from laboratory co-ordinates to centre of mass
co-ordinates.
4. Dynamics of Rigid Body Motion: Kinematics
MAR
and dynamics of rigid bodies, Independent co-
8
8
9
6
Lectures)
5th
6th
Test
(10
Lectures)
7th
ordinates, orthogonal transformation, Euler’s
angles, Euler’s equation of motion for solving
rigid body problems, symmetric top.
5. Hamiltonian
Mechanics:
Legendre
transformations and the Hamilton’s equations of
motion, Derivation of Hamilton’s equations
from variational principle, Principle of least
action and its application.
6. Canonical Transformation: Equations of
canonical
transformation,
Legendre
transformations, Integral invariant of Poincare,
Lagrange and Poisson Brackets.
TH
10
JKD
7. Small Oscillations: Formulation of the
MAR
problem, Study of small oscillations using
generalized co-ordinates, Normal co-ordinates,
Normal modes, Forced vibrations.
9
10
Revision
Books Recommended:
1. Goldstein, H.
2. Harun-ar-Rashid, A.M.
3. French, A.P.
:
:
:
Classical Mechanics
Classical Mechanics (in Bangla)
Special Relativity
Department of Physics
Rajshahi College, Rajshahi
Course Code : 222706
Course Title: Physics Practical-II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1Nripendra Nath Pal (NNP)
2. Md. Durul Hoda (DH)
3. Joy Kumar Das (JKD)
To perform two experiments (one from each group) each of three hours duration.
i) Experiments (3 hours each)
ii) Laboratory note book
iii) Table Viva-voce
2 x 40 =
80
10
10
Total marks= 100
Marks for each experiment shall be distributed as follows:
a) Theory
5
b) Data collection and tabulation
15
c) Calculation, graphs and result
15
d) Discussions
5
Total marks
=
40
Examination
Course Content
1st Incourse
(One Experiment of 3 hrs. duration to be performed)
(25 Class)
Teachers
Lectures
25
1 Determination of logarithmic decrement of a Ballistic
galvanometer
and C.D.R.
2. Determination of self inductance of a coil by Rayliegh’s method.
3 Mutual inductance for varying distance between two coils.
4 Determination of absolute capacitance of a condenser using a
ballastic galvanometer.
5
Determination of platinum resistance thermometer co-efficients.
6
To investigate the voltage current relationship for a
simple
inductive circuit and hence to determine the inductance.
7 To investigate the voltage current relationship for an a.c.
capacitor circuit and hence to determine the
capacitance.
8 To study the variation of capacitive and inductive reactances
with
frequency.
9 Calibration curve of a thermocouple and determination of the
melting point of wax.
2nd Incourse
(15 Class)
Test
(5 Class)
Group – B
(One experiment of 3 hrs. duration to be performed)
1 Determination of wavelenght of light by Newton’s rings.
2 Determination of wavelenght using a bi-prism.
3 Specific rotation of plane of Polarisation in sugar solution by
polarimeter.
4 Determination of refractive index of prism material by
spectrometer.
5 Determination of wavelenght of spectral lines from gas
discharge
tube by diffraction grating.
6 Calibration of a spectrometer and determination of a unknown
wave length.
7 Determination of Cauchy’s constants.
8 To determine the refractive index of the material of a
prism
and a given liquid by total internal reflection using a
spectrometer.
9 To determine the thickness (or refractive index) of a very
thin transparent plate.
Revision
5
Books Recommended:
1. Ahmed, G.U. and Uddin, M.S.
2. Din, K. and Matin, M.A.
3. Chawdhury, S.A. and Bashak, A.K. :
:
:
Practical Physics
Advanced Practical Physics
e¨envwiK c`v_ ©we`¨v
Department of Physics
Rajshahi College, Rajshahi
Course Code : 223707
15
Assigned Course Teacher:
Course Title: Calculus- II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
1Md. Sarwar Jahan (SJ)
Course Content
1. Vector valued functions of a single variable: Limits.
Derivatives and integrals. Tangent lines to graphs of such
functions. Arc length from vector viewpoint. Arc length
parametrization .
2.Curvature of space curves: Definition. Curves of zero
curvature. Curves of constant non-zero curvature. Cartesian
equations and parametric equations. Radius of curvature. Centre
of curvature.
3.Functions of several variables: Limits and continuity. Partial
derivatives. Differentiability, linearization and differentials. The
chain rule. Partial derivatives with constrained variables.
Directional derivatives, gradient vectors and tangent planes.
Extreme values and saddle points of functions of several
variables. Lagrange multipliers. Taylor’s formula.
2nd Incourse
(25 Lectures)
Test
(10 Lectures)
4.Multiple Integration: Double integrals and iterated integrals.
Double integrals over nonrectangular regions. Double integrals in
polar coordinates. Area by double integrals. Triple integrals and
iterated integrals. Volume as a triple integral. Triple integral in
cylindrical and spherical coordinates. General multiple integrals.
Jacobians.
5.Topics in Vector Calculus: Scalar and vector fields, Gradient,
divergence and curl, and their properties. Line integrals,
Independence of paths. Green’s theorem. Surface integrals.
Stokes’ theorem. The divergence theorem.
Teachers
Lectures
SJ
8
SJ
8
SJ
SJ
SJ
9
13
12
10
Revision
Books Recommended :
1. Howard Anton-Calculus 5/E (and forward edition)
Department of Physics
Rajshahi College, Rajshahi
Course Code : 223708
Course Title: Math Lab (Practical)
Marks 50, 2 Credits, 30 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1Md. NuruL Islam (NI)
Getting started. Problem solving using Mathematica /Maple (Problems will be selected from courses
studied in the first and second years of their studies).
Students are required to work on their assignments in MMT 201 in the lab sessions.
Department of Physics
Rajshahi College, Rajshahi
Course Code: 222807
Course Name: General Chemistry–II
Marks-100, (4 credits), 60 Lectures
Assigned Course Teacher:
1Md. Gias Uddin (GU)
2. Md. Serajul Islam (SI)
Course Code : 222807
Course Title: General Chemistry–II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
1st Incourse
(25 Lectures)
2nd Incourse
(25 Lectures)
Course Content
1. Nonmetals: General properties of nonmetals, ortho and para
hydrogen molecules, allotropy of carbon, catenation,
halogens and their basic properties, chemistry of noble gases.
2. Metals: Metallic bond, electron sea theory of metallic bond,
characteristics of metals, band theory of conductivity,
conductors, semiconductors and insulators, transition metals
and inner transition metals colour and magnetism in
transition metal chemistry.
3. Energy changes in chemical Reactions: System and
surroundings,
open
system and
closed
system,
thermodynamics, state functions, the first law of
thermodynamics, the concept of internal energy and
enthalpy, measurement of enthalpy changes, enthalpy of
formation, Hess’s law, lattice enthalpy, Born-Haber cycle,
second law of thermodynamics, entropy and free energy.
4. Rates of chemical Reactions: Reaction rate, rate constant,
rate law, order of reactions, first order reaction, half life,
order and molecularity, effect of temperature on the rate of
reaction, collision theory and reaction rates, activation
energy, Arrhenius equation.
5. Electrochemistry: Redox reactions, electrolytic and galvanic
cells, cell notation, standard reduction potentials, emf of
cells, the effect of concentration of cell emf, batteries,
corrosion.
6. Catalysis: Catalyst, homogeneous catalysis, enzyme catalysis,
auto catalysis.
7. Solids: Properties of solids, crystalline and amorphous solids,
distinction between crystalline and amorphous solids,
isomorphism, polymorphism and allotropy, crystal lattice
unit cell crystal systems Bragg’s law.
8. Coordination Chemistry: Coordination compounds, ligands,
coordination number, nomenclature, structures of complex
compounds, Werner’s primary and secondary valency
concept, sidwick’s electronic concept, valence bond theory,
stability of coordination compounds.
9. Aromatic Compounds: Aromaticity aromaticity of benzene,
Electrophillic aromatic substitution reactions with reference
to nitration halogention, sulphonation and alkylation.
Heterocyclic compounds: Pyrrole, furan, thiophene, pyridine.
10. Organic reactions: Brief study on Electrophilic addition,
Nucleophilic addition, Elimination reaction, condensation
reaction, oxidation, and reduction reactions and organic
compounds. Mechanism and application of the following
reactions, Friedel Craft reaction, Clemmenson reduction,
Wolf Krishner reduction, Perkin reaction, Claisen reaction,
Cannizzaro reaction and Aldol condensation.
11. Carbohydrates: Definition, classification, structure and
reactions of monosacchanides. Polysaccharide-cellulose and
strach.
Teachers
Lectures
GU
4
SI
5
GU
5
SI
GU
SI
GU
4
4
3
5
SI
5
GU
5
SI
6
GU
4
Test
(10 Lectures)
12. Amino Acids: Structures classification, synthesis physical
and chemical properties of amino acids.
13.
Polymer
Chemistry:
Polymers
homopolymer,
heteropolymer, low density and high density polymer,
copolymers, studies of some polymers- polyvinylchloride,
nylon 66, silk and wool.
Revision
SI
3
GU
3
4
Books Recommended:
1. General Chemistry , D.D. Ebbing Houghton Miffin Co.
2. Chemistry – The Moleceular Nature of Matter and Change, M. silberberg, WCB/ Mc Graw-Hill.
3. Introduction to Modern Inorganic Chemistry, S.Z. Haider, Friends International.
4. Selected Topics on Advanced Inorganic Chemistry, S. Z. Haider, Students’ publication
5. Modern Inorganic Chemistry, R.D. Madan, S. Chand & company Ltd.
6. Selected Topics in Inorganic Chemistry, W.U. Malik, G. D. Tuli and R.D. Madan, S. Chand & Company
Ltd.
7. Organic Chemistry by T Morison and RN bayed
8. Fundamental of organic Chemistry by salomans
9. Organic Chemistry Vot I& II IL fair
10. Basic Inorganic Chemistry, F.A. Cotton,G. Wilkinson, and P. L. Gaus, John willey & Sons.
11. Principles of physical chemistry, M. M. Huque and M. A. Nawab, students’ publications.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 222809
Course Title: Environmental Chemistry
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1Md. Serajul Islam (SI)
2.Md. Gias Uddin (GU)
Examination
1st Incourse
(12 Lectures)
2nd Incourse
(12 Lectures)
Test
(6 Lectures)
Course Content
1. Environment: Introduction components of environment,
factors
affecting
environment,
environmental
management, environment and health, environmental
chemistry, segments of environment – atmosphere
hydrosphere, lithosphere and biosphere, structure of
atmosphere.
2. Pollution and Pollutants: Pollution, environmental pollution,
pollutant, classification of pollutants, types of pollution
PCBS and their sources and hazards, Detection &
estimation of PCBS. Biomultification.
3. Air Pollution: Introduction air quality, major sources of air
pollution, gaseous pollutants, acid rain- how acid rain is
formed, adverse effects of acid rain, greenhouse effecthow the greenhouse effect is produced, consequences of
greenhouse effect and global warming EL Nino
phenomenon and its effect, ozone depletion, mechanism of
ozone depletion, effects of ozone depletion.
4. Water Pollution: Introduction, classification of water
pollutants,
physical,
chemical
and
biological
characteristics of wastewater, industrial wastewater
treatment, municipal water treatment, water quality
parameters and standards, measurements of important
parameters such as PH, DO, BOD, COD and temperature
for water quality assessments.
5. Soil Pollution: Composition of soil, importance of soil to the
biosphere, sources of soil pollution, effects of soil
pollution- synthetic fertilizer and pesticides, effects of
industrial effluents, effects of urban wastes, control of soil
pollution.
6. Heavy metals in the Environment: trace metals, light metals
and heavy metals, deadly heavy metals, sources of heavy
metals, biochemical effects, toxicity, toxicology, control
and treatment of mercury, chromium, arsenic and lead.
Revision
Teachers
SI
GU
Lectures
4
4
SI
4
GU
4
SI
4
GU
SI
4
6
Books Recommended:
1. Environmental Chemistry, B.K. Sharma, Goel Publishing House.
2. Environmental Chemistry, AK. De New Age International Publishers.
3. Environmental Chemistry, S.E. Manahan, CRC Press.
4. A Textbook of Environmental Chemistry and Pollution Control,
S.S. Bara S. Chand & Company Ltd.
45
Department of Physics
Rajshahi College, Rajshahi
Course Code : 223609
Course Title: Methods of Statistics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Examination
Assigned Course Teacher:
1Samira Begum (SB)
2.Md. Rashidul Hoque (RH)
Course Content
1. Sampling Distribution: Concept of sampling distribution of
Statistics and its standard error, , t and F statistics and
their distributions, properties and uses of these
distributions.
2. Design of Experiment: Principles of experimental design and
analysis of variance, Meaning of experiments and
randomization, Replication and local control, Basic
designs: CRD, RBD and LSD, Analysis of these
designs, Estimation of parameters, Missing plot
2 ,
SB
8
RH
8
3
3. Survey Methods: Concept of population, Sample, Sampling,
Types of sampling, Principles of random sampling,
Census and surveys, Advantages and limitations of
sample survey over census, Sampling frame. Sampling
and non-sampling errors, Detailed study of simple
random sampling, Stratified random sampling,
Systematic sampling and cluster sampling, Concept of
quota sampling, Multistage sampling.
Test
(10 Lectures)
Lectures
estimation and analysis, Factorial experiment, 2 2 .
factorial experiments, Analysis and interpretation of
these designs.
1st Incourse
(25 Lectures)
2nd Incourse
(25 Lectures)
Teachers
4. Test of Hypothesis: Concept of test of hypothesis, Logic
behind tests of hypothesis, Neyman Pearson’s approach of
testing hypothesis, Preliminaries of tests: Hypothesis, Null
and alternative hypotheses, Simple and composite
hypotheses, Concept of test of significance, Procedures of
testing a hypothesis, Test errors, Level of significance,
One-tailed and two-failed tests, P-value. Concept of test
statistics: Normal, , t and F statistics.
5. Testing the significance of a single mean, Single variance,
Single proportion, Difference of two means and two
proportions, Ratio of two variances and their confidence
intervals, Confidence intervals concerning simple
correlation coefficient and regression coefficient for single
and double sample, Paired t-test, Testing the homogeneity
of several population means, Variance and proportions,
Test of goodness of fit.
Revision
SB
9
RH
13
SB
12
10
Books Recommended :
46
1. David F.N. : Probability theory for statistical Methods
2. Levy H, and Roth L : Elements of Probability
3. Mostafa M.G. : Methods of Statistics
4. Islam M.N. : Introduction to Statistics and probability.
5. Kapoor; Saxena : Mathematical Statistics
6. Ali A. : Theory of statistics Vol. I
rd
7. Mood, Graybill and Boes : Introduction to the Theory of Statistics 3 Ed.
8. Hogg,R.V.and Craig,A.T. : An introduction to Mathematical Statistics.
4. Federer : Experimental Design; Theory and Applications.
5. Mallick S.A. : Parikkaneer Design.
6. Bhuiyan M.R. : Fundamentals of Experimental Design.
7. Anderson, R.L. and Bancroft. T.A. : Statistical Theory in Research
8. Mood and Graybill : Introduction to the Theory of Statistics
9. Weather Burn C.E. : A First Course in Mathematical Statistics
10. Cochran G.W. : Sampling Techniques
Department of Physics
Rajshahi College, Rajshahi
Course Code : 223610
Course Title: Statistics Practical (Introduction to
Statistics + Methods of Statistics)
Assigned Course Teacher:
1Samira Begum (SB)
2.Md. Rashidul Hoque (RH)
Marks 50, 2 Credits, 30 Lectures, Class Duration : 1 Hour
1. Introduction to Statistics: Condensation and tabulation of data, Graphical representation of data,
Frequency table, Measures of location, Dispersion, Moments, Skewness and Kurtosis, Measures of
correlation coefficient, Rank correlation, Fitting of simple regression lines, Fitting of Binomial,
Normal and Poisson distributions, Finding trend values and seasonal variation from time series data
by different methods, Calculation of index numbers and test of index number, Use of Newton’s
forward and backward formula, Solution of numerical integration.
2. Methods of Statistics: Analysis of basic designs, Missing plot estimation and analysis of these designs,
Measures of relative efficiency, Analysis of factorial designs, Drawing of SRS, Estimation of mean
and properties with standard error in SRS, Drawing of stratified random samples and estimation of
mean and variance of population from samples of stratified random samples, Cluster samples,
Systematic samples and determination of relative efficiency.
3. Test of Hypothesis: Common tests of significance of Mean, Variance, Proportion, Correlation
coefficient and Regression coefficient, Fitting of theoretical distributions and testing of goodness of
fit, tests of large samples, Tests of homogeneity, Construction of confidence intervals.
47
Department of Physics
Rajshahi College, Rajshahi
Course Code: 221109
Course Name: English (Compulsory)
Marks-100, (Non-Credit)
Examination
1st Incourse
(25 Lectures)
Course Content
Aims and objectives of this course: To develop students’ English
language skills, to enable them to benefit personally and
professionally. The four skills ⎯ listening, speaking, reading and
writing will be integrated to encourage better language use.
1. Reading and understanding 5×4=20
Students will be expected to read passages that they might
come across in their everyday life, such as newspapers,
magazines, general books etc. Simple stories will also be
included to give students a familiarity with different uses of
the language.
[N.B. : 5 Questions are to be answered. Each question will
carry 4 marks. There may be division in each question]
a) Understanding different purposes and types of readings
b) Guessing word-meaning in context.
c) Understanding long sentences
d) Recognizing main ideas and supporting ideas.
e) Answering comprehension questions.
f) Writing summaries.
2. Writing 40
a) Writing correct sentences, completing sentences and
combining sentences. 5
b) Situational writing : Posters, notices, slogans, memos,
advertisements etc. 4
c) Paragraph writing : Structure of a paragraph; topic
sentences; developing ideas; writing a conclusion;
types of paragraphs (narrative, descriptive,
expository, persuasive); techniques of paragraph
development (such as listing, cause and effect,
comparison and contrast). 8
Teachers
Lectures
9
8
Or,
d) Newspaper writing : Reports, press releases dialogues etc.
e) Writing resume©s. Or, 8
f) Writing letters : Formal and informal letters, letters to
the editor, request letters, job applications,
complaint letters etc.
g) Essay : Generating ideas; outlining; writing a thesis
sentence; writing the essay: writing introductions,
developing ideas, writing conclusions; revising and
editing. 15
3. Grammar 25
a) Word order of sentences.
8
48
b) Framing questions.
c) Tenses, articles, subject-verb agreement, noun-pronoun
agreement, verbs, phrasal verbs, conditionals,
prepositions and prepositional phrases, infinitives,
participles, gerunds. (Knowledge of grammar will be
tested through contextualised passages).
d) Punctuation.
4. Developing vocabulary : Using the dictionary, suffixes,
prefixes, synonyms, antonyms, changing word forms
(from verb to noun etc.) and using them in sentences. 10
2nd Incourse
(25 Lectures)
Test
(10 Lectures)
8
5. Translation from Bengali to English. 1×5=5
6. Speaking skills : Speaking skills should be integrated with
writing and reading in classroom activities.
5
The English sound system; pronunciation skills; the IPA
system; problem sounds, vowels, consonants and dipthongs;
lexical and syntactic stress.
12
(Writing dialogue and practising it orally students can develop
their speaking skill. Dialogue writing can be an item in writing
test.)
Revision
10
49
50
COURSE PLAN
For
Honour’s 3rd Year
Session: 2013-2014
Department of Physics
Rajshahi College,
Rajshahi
Department of Physics
Rajshahi College,
Rajshahi
51
THIRD YEAR
Paper
Code
232701
232703
232705
232707
232709
232711
232713
232714
Paper Title
Atomic & Molecular Physics
Quantum Mechanics-I
Computer Fundamentals and Numerical Analysis
Electronics-I
Nuclear Physics-I
Solid State Physics-I
Mathematical Physics
Physics Practical- III
Total=
Marks
Credits
100
100
100
100
100
100
100
100
800
4
4
4
4
4
4
4
4
32
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232701
Course Title: Atomic & Molecular Physics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
3rd
4th
4.
5th
6th
6.
7.
7th
Rutherford Nucleus: Rutherford alpha scattering
experiment, Nucleus, Bohr quantization rules,
Hydrogen atom spectra, Franck-Hertz experiment,
Sommerfeld-Wilson quantization rules.
3. Electron Spin: Stern-Gerlach experiment, Pauli’s
exclusion principle, Electronic configuration of atom,
Vector model, Coupling schemes, Hund’s rule.
5.
2nd Incourse (25
Lectures)
Content
Teachers Lectures
Quantum Theory: Quantum character of radiation,
Photoelectric effect, Einstein’s photon theory,
Photoelectric equation, Compton effect, Wave-particle JKD
8
duality, De Broglie wave, Electron diffraction: Thompson
and Davisson-Germer experiment.
2.
2nd
Assigned Course Teacher:
1. Joy Kumar Das (JKD)
Multiple Structure: Fine structure, Hyperfine
structure, Zeeman effect, Paschen-Back effect.
X-rays: Production and properties of X-rays,
Continuous and characteristic X-rays, X-ray spectra:
X-ray absorption: Moseley’s law.
Molecular Spectra: Rotational and vibrational levels,
Raman effect, Applications of Raman effect.
Laser: Stimulated emission, Einstein’s A and B coefficients, Population inversion, Laser idea, Three and
four level lasers, Properties of a laser beam, Ruby, He-
JKD
8
JKD
9
JKD
6
JKD
7
JKD
6
JKD
6
52
Ne and CO2 lasers.
Test
(10
Lectures)
Books Recommended:
1. Beiser, A.
2. Beiser, A.
3. Svelto, O.
4. Weidner, R.T. and Sells R.L.
5. Verdeyen, J.T.
6. Islam, G.S.
Revision
:
:
JKD
10
:
Perspectives of Modern Physics
:
Concepts of Modern Physics
:
Principles of Laser
Elements of Modern Physics
:
Laser Electronics
cvigvbweK c`v_©weÁvb 1g LÛ
53
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232703
Course Title: Classical Mechanics & Special Theory of
Assigned Course Teacher:
1Dr. Md. Abu Rejoan (MAR)
Relativity
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
2nd
3.
1st Incourse
(25
Lectures)
3rd
4.
4th
5.
5
th
6th
6.
7.
7
2nd Incourse (25
Lectures)
th
8.
8th
9.
9
th
Test
(10
Lectures)
Books Recommended:
1. Goldstein, H.
:
2. Harun-ar-Rashid, A.M.
3. French, A.P.
:
4. Harun-ar-Rashid, A.M.
Content
Teachers Lectures
Review of Elementary Principles: Equations of
motion, Conservation laws of a system of particles, MAR
Constraints, Generalised co-ordinates, Generalised
4
force, D’Alembert’s principle and Lagrange’s
equations.
Lagrangian Formulation: Variational method, Euler- MAR
Lagrange equations of motion, Hamilton’s principle,
5
Lagrange’s equation from Hamilton’s principle,
Applications of Lagrange’s equation.
Two-body Central Force Problem: Two-body central MAR
force problem-reduction to equivalent one-body
problem, Kepler’s laws of planetary motion, Centre of
5
mass and laboratory co-ordinates, Transformation of
scattering problem from laboratory co-ordinates to
centre of mass co-ordinates.
Dynamics of Rigid Body Motion: Kinematics and MAR
dynamics of rigid bodies, Independent co-ordinates,
orthogonal transformation, Euler’s angles, Euler’s
6
equation of motion for solving rigid body problems,
symmetric top.
Hamiltonian Mechanics: Legendre transformations MAR
and the Hamilton’s equations of motion, Derivation of
5
Hamilton’s equations from variational principle,
Principle of least action and its application.
Canonical Transformation: Equations of canonical MAR
transformation, Legendre transformations, Integral
6
invariant of Poincare, Lagrange and Poisson Brackets.
Small Oscillations: Formulation of the problem, Study MAR
of small oscillations using generalized co-ordinates,
6
Normal co-ordinates, Normal modes, Forced
vibrations.
Special Theory of Relativity: Michelson-Morley MAR
experiment, Galilean transformations, postulates of
special theory of relativity, Lorentz transformation,
7
Relativity of length or Lorentz-Fitzerald contraction,
Time dilation.
Relativistic Mechanics: Mass and momentum four MAR
vector, Relativistic energy, Velocity addition, Mass6
energy equivalence, Relativistic Mechanics and its
Lagrangian Formulation.
MAR
Revision
10
Classical Mechanics
:
Classical Mechanics (in Bangla)
Special Relativity
:
Einstein and Relativity Theory (in Bangla)
54
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232703
Course Title: Quantum Mechanics-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
2.
2nd
3.
3rd
4.
4th
2nd Incourse (25
Lectures)
5.
5
th
6
th
6.
Assigned Course Teacher:
1. Md. Alauddin (MA)
Content
Teachers Lectures
Physical Basis: Failures of Classical Mechanics and
emergence of Quantum Mechanics, Bohr atom model
and old quantum theory, Quantization of the phase MA
integral, Particle in a box, Shortcomings of old
8
quantum theory, Wave particle duality, De-Broglie
wavelength.
Basic Concept of Quantum Mechanics: Uncertainty
principle, Postulates of quantum mechanics: (a)
Interpretive postulates and (b) Physical postulates,
Correspondence
principle
and
complementary
principle, Operators and its properties, Eigenfunctions
and eigenvalues, Scalar product of two functions,
Orthogonality relations of any function f(x),
Heisenberg uncertainty relations for arbitrary
observables, Momentum eigenfunctions, completeness.
Schördinger Wave Equation: Development of the
wave equation, Interpretation of wave function,
Probability current density, Expectation value of
dynamical variables and Ehrenfest’s theorem.
Principle of Superposition of States and Fourier
Transforms of Wave Functions: Co-ordinates and
momentum representations, Wave packets and
uncertainty principle, Monochromatic waves, Spread
of Gaussian wave packets with time.
Problems in One-Dimension: Particle in a box,
Potential step, Potential barrier, Barrier Tunneling,
Alpha particle decay, Square-well potentials, Linear
harmonic oscillators.
Spherically Symmetric Systems: Schrödinger
Equation for spherically symmetric potentials,
Spherical harmonics, Three-Dimensional square well
potential, Hydrogen atom.
Revision
Test
(10
Lectures)
Books Recommended:
1. Schiff, L.I.
2. Powell, J.L. and Crasemann, B.
3. Rashid, A.M.H
4. Merziacher, E.
5. Mathews, P.T.
6. Golder, S.K.
7. Bhuiya, G.M.
8. Sherwin, C.W.
MA
9
MA
MA
MA
MA
MA
:
8
8
9
8
10
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
‡Kvqv›Uvg ejwe`¨v
:
Quantum Mechanics
:
Introduction to Quantum Mechanics
Department of Physics
Rajshahi College, Rajshahi
Course Code: 232705
Course Title: Computer Fundamentals and Numerical Analysis
55
Marks 100, 4 Credits, 60 Lectures
Course Code : 232705
Course Title: Computer Fundamentals and Numerical
Assigned Course Teacher:
1.Md. Durul Hoda (DH)
Analysis
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1st
2nd
1st In-course
(25 Lectures)
3rd
4th
5th
6th
2nd In-course
(25 Lectures)
7th
Content
Teachers Lectures
1. Fundamental Concepts : Block Structure of a Computer,
5
Characteristics of Computers, Problem Solving with
Computers, Generation of Computers, Classification of DH
Computers.
2. Logic Design: Boolean Algebra; De-Morgan's Law,
5
Minimum Boolean Expression; Karnaugh Map Method of DH
Simplification of Logic Expression; Combinational and
Sequential Circuits; Arithmetic Circuits. Fixed Point
Representation – Integer Storage, Largest Integer Storage,
Negative Integer Storage representation, Floating Point
representation, Overflow and Underflow.
3. Digital Devices: Logic Gates and their Truth Tables, Canonical
5
Forms, Combinational Logic Circuits, Minimization
Technique, Arithmetic and Data Handling Logic Circuits.
Decoders,
Encoders,
Multiplexers,
Demultiplexers. DH
Combinational Circuit Design, Flip Flops, Half-Adder, FullAdder, Race around problems, Counters, Asynchronous
Counters, Synchronous Counters and their Applications, Odd
Sequence Counter Design, Register of different types and their
Applications; Minimization of Sequential Circuits, and
Memory Units.
4.
Computer CPU: CPU Organization, Function of
5
ALU, CPU Instruction, Types of Buses, Size of CPU
Registers –Program Counter, Memory Address Register, DH
Memory Data Register, Accumulator. Input-Output Devices
– Architecture of Keyboard, Mouse, Webcam, Scanner,
Types of Monitor, Types of Printer
5. Input and Output Units : Their Functional Characteristics,
Types of Primary (Main) Memory, Types of Secondary
Memory, Chache Memory, Physical and Virtual Memory, DH
5
Types of Optical Memory, RAM Disks. Addressing Modes
– Direct Addressing, Indirect Addressing, Indexed
Addressing, Immediate Addressing Modes.
6.
Computer Storage Devices: Overview of Storage
Devices- Floppy Disk, Hard Disk, Compact Disk, Tape.
Secondary Storage Devices, Sequential and Direct Access DH
10
Devices, Magnetic Disk, Floppy Disk, Winchester Disk,
Mass Storage, Optical Disk, Magnetic Bubble Memory.
7. Software: What is Software, Low level and High Level
languages for programming, Relationship between
Software and Hardware, Types of Software: System DH
9
Software (Meaning and its type), Application Software,
Acquiring Software, Software Development Steps,
Firmware, Middleware.
56
8th
Test
(10 Lectures)
10th
9. Network: Computer Communication, basic concepts of LAN,
WAN, Workstation, and Server, Optical Fiber in
Communication, World Wide Web (www) and E-mail, Ecommerce.
10.
Roots of Equations: Bisection methods, FalsePosition method, Newton-Raphson method, Secant method,
Systems of Linear Algebraic Equations, Naïve Gauss
Elimination, Gauss-Jordan method and matrix inversion,
Gauss-Seidel method, Nurnerical Integration: Trapezoidal
rule, Simpson’s rules, Ordinary Differential Equations.
Runge-Kutta methods with different orders, Interpolation,
Linear interpolation, Quadratic interpolation, Lagrange
interpolating Polynomials.
Revision
6
DH
DH
10
DH
Books Recommended:
1. Sarah E. Hutchinson and Stacey. Swyer
2. Byron Gottfried.
3. Stephen G. Kochan.
4. Herbert Schildt
5. Hidebrand F.M. and Scarborough.
6. Floyd & Jain
7. Norton, P.
8. Ram, B.
9. French, C. S.
10. Trainer, T. N.
:
:
:
:
:
:
:
:
:
:
Computers and Information Systemsl.
Programming with C.
Programming in C.
Turbo C/C ++ (The Complete Reference)
:Numerical Analysis.
Digital fundamentals, Pearson Education.
Inside the PC.
Computer Fundamentals, Wiley, 1997.
Computer Science
Computers (4th Edition) McGraw Hill, 1994.
57
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232707
Course Title: Electronics-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
nd
2
3.
3rd
1st Incourse
(25
Lectures)
4.
4th
5.
5th
6.
6th
7.
7th
2nd Incourse (25
Lectures)
8.
8th
9th
Test
(10
Lectures)
9.
Assigned Course Teacher:
1Md. Mahfuj Hasan (MH)
Content
Teachers Lectures
History of Electronics: Electronics and electricity, MH
3
Vacuum diode, Triode.
Semiconductor Diode: p-n junction, Forward and reverse
bias, I-V curve, Diode equation, Ge and Si diodes, Breakdown
5
PIV rating, DC and AC resistance, Load line and Q-point, MH
Maximum current.
Diode Applications: Application in reverse voltage
protection or auto polarity (using bridge) of dc equipment
and as an OR gate in instant emergency power supplies, MH
5
Half wave and full wave rectification of sinusoidal AC,
Average voltage, Capacitor smoothing, Ripple factor and
voltage, Zener voltage regulator.
Bipolar Junction Transistor (BJT): npn and pnp
configurations, transistor action, CB, CE and CC
configuration, alpha and beta parameters, CE MH
characteristics, Load line and operating points, Cut-off and
saturation, Transistor as a switch, Active region for liner
6
amplification, Q-point, Graphical analysis, Class A, B and
C amplifiers, Transistor biasing: Fixed bias, collector
feedback and voltage divider bias, Emitter feedback for
bias stabilization (including bypass capacitor), Ohm meter
testing of transistor, Photo transistor characteristics.
Equivalent Models and Circuits: Constant voltage and
constant current sources, Thevenin’s and Norton’s
theorems and determination of equivalent circuits for MH
known and unknown network, Superposition theorem,
6
Two-port network equations Z and h-equivalent circuits
and parameters, Ebers Mol model and h-equivalent model
for a transistor.
CE Amplifier: Small signal analysis of a CE amplifier
with voltage divider bias (voltage gain, input and output
impedences) using Ebers Moll and approximate h- MH
equivalent circuits, Typical CB and CC (Emitter Follower)
7
amplifier circuits, Comparison of important features of CB,
CE and CC amplifier, RC couple cascaded CE amplifier,
Equivalent circuit and analysis.
Frequency Response of Amplifiers: General voltage gain
and phase response considerations, Bandwidth, Decibel
(dB), Voltage gain, Identification of low pass and high pass MH
6
elements in CE amplifier including stray capacitance and
Miller effect capacitance and their responses.
Operational Amplifier: Basic concepts on difference
amplifier (double ended input, single ended output) as the
input stage of an op-amp, Differential and Common mode MH
operation, Common mode rejection ratio, Necessity of
negative feedback, analysis for gain, input and output
7
impedance for voltage series feedback, Frequency
response, Gain-bandwidth product, Ideal op-amp
approximations, Inverting amplifier, Non-inverting
amplifier, Adder, Subtractor, Comparator, Applications in
millivolt meter and current meter.
DC Stabilized Power Supply: Series voltage regulation MH
with feedback using transistor and op-amplifier, IC
5
regulators (positive and negative, fixed and variable).
Revision
10
58
Books Recommended:
1. Brophy, J.J.
2. Malvino, A.P.
3. Boylestad, R. and Nashelsky
4. Millman, J. and Halkias, C.C.
5. G.M. Chowdhury
:
:
:
:
:
Basic Electronics for Scientists
Electronic Principles
Electronic Devices and Circuit Theory
Electronic Devices and Circuits
B‡j±ªwb·
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232709
Course Title: Nuclear Physics-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
2
nd
3.
1st Incourse
(25
Lectures)
3rd
4.
4th
5.
5
th
6.
6th
7.
2nd Incourse (25
Lectures)
7th
8.
8th
9.
9th
Assigned Course Teacher:
1Md. Rafiqul Islam (RI)
Content
Teachers Lectures
Basis Properties of Nuclei: Constituents of nuclei,
Nuclear mass, charge, size; Nuclear density, Mass defect,
RI
Binding energy, Nucleon separation energy, Liquid drop
3
mode, Semi empirical mass formula.
RI
Nuclear Spin: Nuclear spin and angular moment, Nuclear
moments, magnetic dipole moment, Effective magnetic
5
moment expression, Electric moments (Multipole
RI
expression).
Radioactivity: Radioactive decay laws, Half life, Mean
life, Transformation law of successive changes, Secular
and transient equilibrium, Measurement of decay constant,
RI
Artificial radioactivity, Radioisotopes; production and
uses, Units of radioactivity, Energy loss of charged
6
particles, Collision energy loss, Radiation energy loss,
straggling of alpha particles range in the absorber.
Radiation hazards, Biological effects of radiation,
interaction of radiation with human cells.
Alpha Decay: Alpha instability, Fine structure, Large
range alpha particles, Alpha particle spectra and nuclear
5
energy levels, Theory of alpha decay.
RI
Beta Decay: Energy measurement, Conservation of
energy and momentum, Neutrino hypothesis, Evidence for
antineutrino, orbital electron capture, Positron emission.
Gamma Decay: Energy measurement, Pair spectrometer,
Theory of gamma emission, Mean lives for gamma
emission, Internal conversion, Mossbauer effect.
Nuclear Fission and Fusion: Fission process, Energy
release in fission, Chain reaction, Nuclear reactor, Nuclear
fusion, Thermonuclear reaction is stars.
Detectors: Ionization chambers, Proportional counter
Geiger-Muller counters, Solid State Detector, Scintillation
counter.
Nuclear Reactions: Reaction dynamics, The Q-Value
equation and threshold energy Conserved Properties.
RI
6
7
RI
6
RI
7
RI
5
RI
Test
(10
Lectures)
Books Recommended:
1. Enge, H.A.
2. Cohen, B.L.
Revision
10
:
:
Introduction to Nuclear Physics
Concepts of Nuclear Physics
59
3.
4.
5.
6.
7.
8.
9.
10.
11.
Meyerhoff, W.E.
Burcham, W.E
Irving Kaplan
Gelly, A.H .
Krane, K.S.
Islam, A.K.M.A. and Islam, M.A.,
Islam, G.S.
Sen Gupta
Knolls
:
:
:
:
:
:
:
:
:
Elements of Nuclear Physics
Nuclear Physics
Nuclear Physics
Fundamentals of Nuclear Physics
Introductory Nuclear Physics
wbDK¬xq c`v_©weÁvb 2q ms¯‹iY
cvigvYweK c`v_©weÁvb 2q LÛ
wbDK¬xqvi c`v_©we`¨v
Principle of Radioactive protection.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232711
Course Title: Solid State Physics-I
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
2.
2nd
3.
3rd
4.
4th
5.
2nd Incourse (25
Lectures)
5th
6.
6th
Test
(10
Lectures)
Books Recommended:
1. Kittel, C.
2. Dekker, A.J.
3. Omar, A.M.
4. Singhal, R.L.
Assigned Course Teacher:
1Md. Tajemul Hoque (TH)
2. Joy Kumar Das (JKD)
Content
Teachers Lectures
Crystal Structure: Crystalline state of solids, Unit cells
and Bravais lattices, Symmetry operations, Miller indices,
Crystal planes and directions, Simple crystal structures,
TH
Diffraction of X-rays by crystals, Laue equations and
8
Bragg law of x-ray diffraction, Experimental diffraction
methods – Laue method, Rotating crystal method and
Powder method, Reciprocal lattice.
Crystal Bonding: Interatomic forces and crystal
bonding, lonic crystals – Calculation of electrostatic
energy, Madelung constant, Repulsive interactions and
TH
9
bulk modulus, Covalent crystals, Crystals of inert gases –
Van der waals, Metal crystals and Hydrogen bonded
crystals.
Lattice Vibrations and Thermal Properties: Vibrations
of monatomic linear lattice, Vibrations of diatomic linear
lattice, Phonon, Phonon momentum, Enumeration of
TH
8
normal modes, Lattice specific heat, Einstein and Debye
models, Lattice thermal resistivity, Normal and Umklapp
processes.
Defects in solids: Point defects, Thermodynamic
consideration of defect concentration – Schottky and
6
Frankel types of defects, Colour centers in ionic crystals,
TH
Line defects, Various types of dislocations.
Free Electron Theory of Metals: Free electron gas, Energy
levels, Degenerate and Non-degenerate states, Fermi-energy
absolute zero temperature, Density of state, Fermi-function,
TH
Effect of temperature on Fermi energy, Average kinetic
10
energy. Electronic specific heat, Electrical conductivity,
Thermal conductivity, Hall effect of free electron,
Wiedmann-Franz law.
Fundamentals of Semiconductors: The electrical
properties of solids, Energy levels in crystalline solid,
Insulators,
Conductors,
Semiconductors,
Doped
TH
semiconductors,
n-type
semiconductors,
p-type
9
semiconductors, pn-junction, Majority and minority
carriers, Junction rectifier, Diode, Light-Emitting Diode
(LED), Transistor, Integrated Circuit (IC).
Revision
10
TH
:
:
:
:
Introduction to Solid State Physics
Solid State Physics
Elementary Solid State Physics
Introduction to Solid State Physics
60
5.
6.
7.
Saxena, Gupta and Sexena
Islam, M.S.
mvB`y¾vgvb
:
:
Fundamentals of Solid State Physics
KwVb Ae¯’vi c`v_©weÁvb
:
mwjW †÷U wdwR·
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232713
Course Title: Mathematical Physics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
Assigned Course Teacher:
1. Joy Kumar Das (JKD)
Content
Teachers Lectures
Functions of complex Variable:
i) Complex algebra, Cauchy-Riemann equations as
conditions of analyticity, Cauchy’s integra theorem for JKD
analytic function.
ii) Taylor series expansion, Types of singularities,
12
Laurent expansion, Cauchy’s Residue Theorem, Contour
integration using the residue technique.
iii) Gamma function and Beta functions, their recursion
properties and singularities.
2. Fourier Series and Integral Transformations:
a) Fourier’s theorem about periodic functions.
Determination
of
Fourier
coefficients.
Gibbs JKD
phenomenon. Parseval relation. Summation of series
using Fourier method.
b) Fourier transformation via Fourier series. Inverse
13
Fourier transformation. Idea of a function Space and the
fourier transforms as its dual space. Properties of Fourier
transformations. Parseval relation. Dirac delta function.
Fourier sine and cosine transformation. Use of Fourier
transformations for solving differential equations.
Convolution theorem.
3. Transformations: Laplace transform. Inverse Laplace
transformation: Bromwich integral. Elements of
8
operational calculus.
JKD
4. Special Functions in Physics: Gamma and Beta
functions. Series solution of differential equations by
Forbenius method.
JKD
9
Bessel Functions. Legendre. Hermite and Laguerre
Polynomials-generating functions, recursion relation and
orthogonality properties.
5. Theory of Matrices: Type of matrices (unitary,
hermitian. Symmetric etc.); Determinant of a square
matrix; Equivalence; Adjoint and inverse of a square JKD
8
matrix; Liner equations; Linear transformations:
Similarity transformations.
Revision
10
JKD
1.
1st
1st Incourse
(25
Lectures)
2nd
3rd
2nd Incourse (25
Lectures)
4th
5th
Test
(10
Lectures)
Books Recommended:
1. Arfken, G.B.
2. Mary, L. Boas
3. Pipe, L.A.
:
:
:
Mathematical methods in Physics, (4th ed.)
Mathematical Methods in Physical Science
Applied Mathematics for Physicists and Engineers.
61
Department of Physics
Rajshahi College, Rajshahi
Course Code : 232714
Course Title: Physics Practical-III
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1Dr. Md. Abu Rejoan (MAR)
2.Md. Tajemul Hoque (TH)
To perform two experiments each of three hours duration.
2 x 40= 80
i) Experiments (3 hours each)
ii) Laboratory note book
iii) Viva-voce
10
10
= 100
Total marks
Marks for each experiment shall be distributed as follows:
a) Theory
b) Data collection and tabulation
c) Calculation, graphs and result
d) Discussions
Total marks
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
5
15
15
=
5
40
Formalization of an oscilloscope
i) Stabilization of a signal display using triggering mechanism.
ii) Measurement of tune period and amplifier.
Determination of Rydbegr constant using spectrometer.
Determination of dispersive power and resolving power of a prism.
Determination of dispersive power and resolving power of grating.
To determine the separation between D1 and D2 lines of sodium by Michelson interferometer.
To determine the refractive index (or thickness) of a film by Michelson interferometer.
To determine wavelength of monochromatic light by Michelson interferometer.
Determination of resonance frequency in LCR circuit with (a) L and C in series and (b) L and C in
parallel.
Plotting the characteristic curve for a semi-conductor diode.
Plotting the characteristic curves of a transistor.
To construct a power supply and to find the ripple factor of full wave rectifier for two different loads.
Construction of an audio frequency amplifier employing transistors and study its frequency response.
To study the frequency response of a low pass RC filter.
Determination of Planck’s constant.
Study of voltage divider bias for a CE amplifier.
Books Recommended:
1.
2.
3.
4.
5.
6.
Worsnop B.L. and Flint, H.T.
Ahmed, G.U. and Uddin, M.S.
Ahmad, G. and Nasreen, F.
Din, K. and Matin, M.A.
Ahmed, R.
‡PŠayix, Gm.G
:
:
:
Advanced Practical Physics
Practical Physics
Advanced Practical Physics
:
Advanced Practical Physics
:
Experiments in Basic Electronics
:
e¨envwiK c`v_©we`¨v
62
63
COURSE PLAN
For
Honour’s 4th Year
Session: 2014-2015
Department of Physics
Rajshahi College,
Rajshahi
FOURTH YEAR
Department of Physics
Rajshahi College,
Rajshahi
64
FOURTH YEAR
Paper Code
242701
242703
242705
242707
242709
242711
242713
242715
242716
242718
Paper Title
Nuclear Physics-II
Solid State Physics-II
Quantum Mechanics-II
Electronics-II
Classical Electrodynamics
Statistical Mechanics
Computer Application and Programming
Theory of Relativity and Cosmology
Physics Practical-IV
Viva-Voce
Total=
Marks
100
100
100
100
100
100
100
100
100
100
1000
Credits
4
4
4
4
4
4
4
4
4
4
40
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242701
Assigned Course Teacher:
65
Course Title: Nuclear Physics -II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
1st Incourse
(25
Lectures)
2nd
3.
3rd
4.
4
th
5th
5.
6.
2nd Incourse (25
Lectures)
6
th
7.
7th
8.
8th
Test
(10
Lectures)
9.
9th
1st to 9th
Content
Teachers Lectures
Two-Nucleon System: The Deuteron. Central Potentials,
Ground state of the Deuteron, Normalisation of the
RI
Deuteron Wave Function, Non-existence of Excited
7
States, Tensor force, Magnetic and quardrupole Moments
of the Deuteron.
Two-Nucleon System: Scattering. N-P and P-P
Scattering at Low and High Energies, Scattering Length
and Effective Range Theory, Coherent Scattering of
Thermal Neutrons.
Nuclear Forces: Non-exchange and Exchange Forces,
Meson Theory of Nuclear Force, One-Boson Exchange
(OBE) potential, Paris Potential.
Nuclear Shell Model: Shell-Model, Single Particle
Potentials, Wave Function and Energy Levels, Magic
Numbers, Prediction of Spin and Magnetic Moments,
Schmidt Values and Lines.
Collective Model: Rotational energy spectrum and
nuclear wave function for even-even nuclei and for odd A
nuclei, Beta and Gamma Vibrations in Nuclei.
Nuclear Reactions: Compound Nuclear Model, Nuclear
Cross-section, Brit-Wigner Resonance Formula, Direct
reaction, Butler’s Theory.
Optical Model: Optical potential energy, Averaged Cross
section, Optical Model at Low energy, Phenomenological
Optical Model.
Accelerators: Van de Graff Generator, Linear accelerator,
Cyclotron, Synchrotron.
Elementary Particles: General Properties and
classification of elementary particles, Quantum numbers,
different types of interaction and conservation laws;
Cosmic rays (introduction).
Revision
Books Recommended:
1. Krane, K.S.
2. Enge, H.A.
3. Cohen, B.L.
4. Meyerhof, W.E.
5. Satchler G.R.
6. Roy and Nigam
7. Blatt and Weiskoff
1Rafiqul Islam (RI)
RI
6
RI
6
RI
6
6
RI
RI
10
RI
9
RI
RI
4
6
RI
:
:
:
Introductory Nuclear Physics
:
Introduction to Nuclear Physics
Concepts of Nuclear Physics
:
Elements of Nuclear Physics
:
Nuclear Reactions
:
Nuclear Physics
Nuclear Physics
66
8.
9.
10.
11.
Segre, E.
Islam, A.K.M.A and Islam, M.A
Sen Gupta, H.M.
Islam, G.S.
:
:
:
:
Nuclear and Particles (2nd Ed)
wbDK¬xq c`v_©weÁvb, 2q ms¯‹iY
wbDK¬xqvi c`v_©we`¨v
cvigvYweK c`v_©weÁvb 2q LÛ
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242703
Course Title: Solid State Physics -II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
1st Incourse
(25
Lectures)
2nd
3.
3rd
Content
Teachers Lectures
Band Theory of Solids: Formation of energy levels in
crystals. Electron in a periodic potential, SchrÖdinger
TH
equation, Bloch function, Korning-Penny model,
Properties of free electrons in a Brillouin zone, Concept
of hole, Reduced zone scheme, Classification of metal,
8
insulator and semi conductor, Band structure calculation,
LCAO method and its application in simple cubic (sc),
body centered cubic (bcc) and face centered cubic (fcc)
lattice.
Fermi Surfaces and Metals: Reduced zone scheme,
Periodic zone scheme, Construction of Fermi surfaces,
Nearly free electrons, Electron orbits, Hole orbits and
open orbits, Calculation of energy bands, Tight binding
method for energy bands, Winger-Seitz method.
Experimental methods in Fermi surface studies,
Quantization of orbits in a magnetic field. De Haas-Van
Alphen effect, Fermi surface of copper.
Dielectric Properties: Macroscopic electric field, Local
electric field at an atom, Static dielectric constant,
Electronic, Ionic and Orientational polarizibilities,
Clausius-Mossotti relations, Complex dielectric constant,
Dielectric loss, Relaxation time, Polarization mechanism,
Pyro, Piezo and Ferro-electricity, dielectric properties in
an alternating field, Properties of ferroelectric materials,
Pole theory of ferro-electricity, Spontaneous polarization,
Ferroelectric domain piezo-electricity, Electromechanical
transducers.
3.
4th
2nd Incourse (25
Lectures)
5.
5th
Assigned Course Teacher:
1Md. Tajemul Hoque (TH)
Semiconductors: Direct and Indirect band gap
semiconductors, Extrinsic semiconductor, Shallow
levels, Density of states, Charge carrier
concentration, Carrier life time, Recombination
process, P-N Junction, Depletion region, Junction
capacitance, Diode current, Tunnel diode, Metalsemiconductor junction, Surface states.
Superconductivity: Basic properties of superconductors,
Meissner effect, Type-I and Type-II superconductors;
Thermodynamics of superconductivity, London equation,
BCS theory of superconductivity, Tunneling, D.C and
A.C
Josephson
effect,
High-Temperature
TH
8
TH
9
TH
15
TH
10
67
superconductors.
6.
Test
(10
Lectures)
6th
1st to 6th
Magnetism: Origin of Magnetism, Diamagnetism,
Paramagnetic equations Ferromagnetism, Weiss theory of
ferromagnetism, Nature and origin of Weiss molecular
field, Concept of domains and Hysteresis, Antiferromagnetism, Ferrimagnetism, Magnons.
Revision
Books Recommended:
1. Dekker, A.J.
2. Kittel, C.
3. McKelvey
4. Brailsford, F.
5. Chikazumi, S.
6. Singhal, R.L.
7. Islam M.S.
8. mvB`y¾vgvb
9. . Gm. Gg. †gvK‡Q` Avjx
TH
10
TH
:
:
:
Solid State Physics
:
Introduction to Solid State Physics
:
Solid State and Semiconductor Physics
Physical Principles of Magnetism
:
Physics of Magnetism
Introduction to Solid State Physics
:
KwVb Ae¯’vi c`v_© weÁvb
:
mwjW †÷U wdwR·
:
KwVb Ae¯’vi c`v_© weÁvb
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242705
Course Title: Quantum Mechanics -II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
2.
st
1 Incourse
(25
Lectures)
2nd
3.
3rd
4.
2nd Incourse (25
Lectures)
4th
5th
5.
Assigned Course Teacher:
1Md. Alauddin (MA)
Content
Teachers Lectures
Operators and Matrices: Linear operators, Kets and
Bras, Eigenvalues and eigenkets, Expansion in eigenkets,
Completeness and orthogonality of eigenkets,
8
Representation of an operator, Commuting operators,
Projection, Hermitian operator, Unitary operators,
Diagonalization of a matrix.
Matrix Formulation of Quantum Mechanics: Linear
vector space, Hilbert space, Matrix representation of state
8
vectors and Operators, Transformation theory,
Schordinger, Heisenberg and Dirac pictures, Parity
operator, Density matrix, Harmonic oscillator
Theory of Angular Momentum: Definition of angular
momentum, Angular momentum operators and their
commutation relations, Eigenvalues of angular
9
momentum, Addition of angular momenta, ClebschGordon coefficients, Explicit forms of the angular
momentum matrices, Pauli’s exclusion principle and spin
matrics.
Approximation
Methods:
WKB-Approximation
6
method, Stationary perturbation theory, Time-dependent
perturbation theory, Variational method.
Theory of Scattering: Two body systems, Scattering
10
cross-section, Scattering of particles by spherically
68
6th
7th
Test
(10
Lectures)
1st to 7th
symmetric potentials, Partial waves, Phase shifts, General
formulation of scattering theory, Born approximation
method and its application.
6. Identical Particles: Symmetric and antisymmetric wave
functions, Exclusion Principle, Spin and statistics,
Projection and density operators, Liouville’s equation of
motion, Polarization vector for a spin S-particle,
Scattering of identical particles.
7. Relativistic Wave Equations: Klein-Gordon equation,
Dirac’s relativistic equation, Covariant form of Dirac’s
equation, Dirac’s equation for a central field, Spin
angular momentum of the particle, Magnetic moment of
the Dirac’s particle, Negative energy states and hole
theory.
Revision
Books Recommended:
1. Schiff, L.I.
2. Powell, J.L. and Crasemann, B.
3. Rashid, A.M.H.
4. Merzbacher, E.
5. Landau, L.D. and Lifshitz, E.M
6. Dirac, P.A.M
7.
Rose, M.E
8.
Edmonds, A.R.
9.
Newton, R.G.
10. Golder, S.K.
:
:
9
10
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
:
Quantum Mechanics
The Principles of Quantum
Mechanics
:
Elementary Theory of Angular
Momentum
:
Angular Momentum in Quantum
Mechanics
:
Scattering Theory of Waves and
Particles
‡Kvqv›Uvg ejwe`¨v
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242707
Course Title: Electronics –II
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
2.
2
nd
3.
3
rd
Assigned Course Teacher:
1Md. Mahfuj Hasan (MH)
Content
Teachers Lectures
Power Amplifiers: Class-B push-pull power amplifiers,
Output power, Efficiency, Transistor power dissipation,
Transformer coupled and complementary push-pull
7
circuits, Crossover distortion and eliminate-ion, Basic
concepts of harmonic distortion.
Oscillator Circuits: Positive feedback and Barkhausen
criterion for oscillation, Wien-bridge, Hartley and
Colpitts oscillator, BJT stable multivibrator.
Field Effect Transistors: JFET action, Depletion and
enhancement MOSFET, Advantages over bipolar
transistors.
6
6
69
4.
4th
5.
5
th
6.
6th
2nd Incourse (25
Lectures)
7.
7th
8.
8th
9.
9
Test
(10
Lectures)
th
10
th
11th
SCR and TRIAC: SCR action and characteristics,
Switching and half wave phase control of power, TRIAC
action and characteristics, Full wave phase control.
Electronic Devices for Measurement: Basic concepts of
thermistors, Photoconductive cells, Liquid crystal
displays, Seven-segment displays, Cathode ray table.
Digital Electronics, An Overview: Analogue and digital
world, Advantages in error free communication and
processing, Binary representation of digital values by
electronic circuit elements, Number systems and codes:
Decimal, Binary and hexadecimal numbers, conversion,
Binary addition, Codes: BCD, ASCII.
Digital Logic Circuits: Logic gates, definitions, symbols
and truth tables, Boolean expression, simple logic circuit
example, Diode gate, DTL gate, TTL gate, Truth table
and Boolean algebra, half adder circuit, SR flip flop,
Binary counter.
Radio Principles: Basic concepts of modulation and
demodulation, AM transmitter and TRF receive circuits,
super heterodyne receivers.
IC Fabrication Technique: Monolithic planar process,
Fabrication schemes for resistance, diode and transistor
on a silicon chip.
10. Television: Basic principle, Image scanning and display,
Block diagram of a B/W receiver, LCD and LED
television.
11. Radar: Basic principles, Block diagram, Radar range
equation.
Books Recommended:
1. Boylestad, R. and Nashelsky, L.
2. Brophy, J.J.
3. Millman, J. and Halkias, C.C
4. Malvino, A.P
6
6
7
6
6
4
3
3
: Elctronic Devices and Circuit Theory.
: Basic Electronics for Scientists
: Electronic Devices and Circuits
: Electronic Principles.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242709
Course Title: Classical Electrodynamics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
1st Incourse
(25
Lectures)
Chapter
1.
1st
Assigned Course Teacher:
1Nripendra Nath Pal (NNP)
Content
Teachers Lectures
Electrostatics
a) Electric Field: Gauss laws in integral and
10
differential form.
b) Scalar Potential: Lap lace’s equation and Poisson’s
equation, Boundary conditions and uniqueness
70
c)
2.
2nd
3.
3rd
4.
4th
2nd Incourse (25
Lectures)
5.
5th
theorem, General solution of the Poisson’s equation,
The method of images to solve electrostatic
problems, Boundary value problems in rectangular,
spherical and polar coordinates, Multipole
expansion.
Electrostatics in Dielectric: Field inside a dielectric,
Boundary condition on E and D
Elements of Magnetostatives:
a) Concept of a vector potential and the differential
equation for it, Magnetostatic boundary condition
problems, Multipole expansion for the vector
potential: Magnetic field due to a localized current
distribution, Magnetic dipole moment.
b) Magnetization-boundary conditions on B and H.
Maxwell’s Equations:
a) Equation of continuity. Maxwell’s displacement
current, Maxwell’s equations, Absence of isolated
magnetic charges, Maxwell’s equation in material
media.
b) Scalar and vector potentials in Maxwell’s equation,
Gauge transformation: Coulomb gauge and Lorentz
gauge.
c) Poynting vector and energy momentum conservation
in electrodynamics: Energy density and Maxwell’s
stress tensor.
Electromagnetic Wave Equation:
a) Wave equation for the electric and magnetic field
from Maxwell’s equation, Electromagnetic plane
waves in vacuum and non-conducting media,
Polarization of electromagnetic waves.
b) Reflection and refraction of electromagnetic plane
waves on a dielectric interface, Fresnel equations,
Total internal reflection and polarization by
reflection.
c) EM waves in conductors: Attenuation, Skin depth,
Reflection and transmission at a interface between a
conductor and a dielectric.
Wave Guides: Solution of the wave equation in a
rectangular wave guide, Transverse electric (TE) and
transverse
magnetic
(TM)
modes,
Transverse
electromagnetic (TEM) modes, Simple cavity resonator.
6
9
15
10
71
6.
Test
(10
Lectures)
6th
Electromagnetic:
a) Solution of the wave equation in spherical
coordinates, Multipole expansions, Retarded
potentials, Electric dipole radiation, Short, Centerfed antenna.
b) Radiation from a moving charge, Lienard-Wiechert
potentials, Power radiated by a point charge,
Radiation reaction-Abraham-Lorenz force.
10
Books Recommended:
1. Griffiths, D.J.
2. Panofsky, W. and Philips, M.
3. Jackson, J.D.
4. Islam, A.K.M.A. and Islam, S.
5. Reitz, Millford.
6. Gm. Gg. †gvK‡Q` Avjx
:
:
:
:Introduction to Electrodynamics
Classical Electricity and Magnetism
Classical Electrodynamics
Zwor MwZweÁvb
:Classical Electrodynamics
:
ZwoZ MwZwe`¨v
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242711
Course Title: Statistical Mechanics
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
2.
2nd
3.
3rd
4.
4th
2nd Incourse (25
Lectures)
5.
5th
Assigned Course Teacher:
1. Joy Kumar Das (JKD)
Content
Teachers Lectures
The scope of statistical physics: Assembles, Phase
space, Liouville theorem. Distribution over energies,
8
weights of configuration, the most probable
configuration, The Maxwell-Botlzmann Distribution,
Application.
Temperature and Entropy: The statistical concept of
temperature. Ensembles: Microcanonical, canonical and
8
grand-canonical ensembles. Boltzmann formula. Entropy,
Free energy and other thermodynamic functions.
The Thermodynamics of Gases: The weight Amax for a
classical perfect gas. The Boltzmann partition function,
9
The evaluation of the classical partition function, The
semi-classical perfect gas components of the partition
function.
Particle Statistics: Principle of indistinguishability for
6
quantum particles. Spin-statistics connection. Degenerate
and non-degenerate system.
Bose-Einstein Distribution: Bose-Einstein gas, Blackbody Radiation, The Photon gas, The Specific heats of
10
solids, The Phonon gas, Bose-Einstein condensation,
Fremi-Dirac Gas, The Electron Gas, Fermi degeneracy
pressure.
72
6.
6
th
7.
7th
Test
(10
Lectures)
8.
8
th
Applications of statistical thermodynamics: The
paramagnetic gas, the harmonic oscillator, the diatomic
molecule, The disordered lattice
9
Transport phenomena: Boltzmann transport equation,
H-theorem, validity of the equation, Mean free path,
Viscosity and Diffusion, Electrical conductivity,
Brownian motion.
6
Phase Transition: Thermodynamic classification of
phase transitions, Difference between first and second
order phase transition, Mean-field theory.
4
Books Recommended:
1. Reif, F
2. Huang, K
3. Kittel, C
4. Beiser, A
:
:
:
:
Fundamentals of Statistical Mechanics and Thermal Physics
Statistical Mechanics
Elementary Statistical Mechanics
Perspective of Modern Physics
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242713
Course Title: Computer Application and Programming
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1.
1st
1st Incourse
(25
Lectures)
2.
Content
Teachers Lectures
Introduction: Object oriented development themes,
Modeling Concepts, Modeling as a design technique,
Object modeling, Dynamic modeling, Functional
8
modeling.
2nd
Design Methodology: Analysis, System design,
Object design, Comparison of methodologies.
3rd
3. Network: Computer Communication, basic concepts of
LAN, WAN, Workstation, and Server, Optical Fiber in
Communication, World Wide Web (www) and E-mail,
E-commerce.
4.
2nd Incourse (25
Lectures)
Assigned Course Teacher:
Md. Durul Hoda (DH)
5th
5.
6th
8
9
Object Oriented Language: C++ as an object oriented
programming, Comparison of C and C++, Declaration
and constants, Expression and statements, Data types,
Operator, Functions, Inheritance – Extending classes,
Encapsulation, Operator overloading and type
conversion, Managing console I/O operation, Working
with files, Object oriented system development.
8
Object oriented Programming and Java: Objects
and classes, Attributes and behavior, Inheritance,
Interfaces, and Packages, Creating a Class hierarchy,
9
73
Statements and expressions, Variables and data
types, Literals, Expressions and operators, Arrays
and loops.
6.
7th
Test
(10
Lectures)
8th
7.
9th
Creating Classes and Methods: Defining classes,
Class variables, Creating methods, Class methods,
Constructor methods, Overriding methods, Finalizer
methods.
Developing Applets: Applet and application, Creating applet,
Including applet on web page, Java archives, Parameter to
applet.
Revision
8
10
Books Recommended:
1. Schildt, Herbert
2. Gotfried, Byron
3. Balagurusamy, E
4. Brown, D
5. Norton, Peter
6. Deitel, H.M. and Deitel P.J.
7. Davis, Stephen R.
:
:
:
:
:
:
:
Turbo C/C++, The Complete Reference
Programming with C++
Object Oriented Programming with C++
An Introduction to Object Oriented Analysis
Introduction to Computers
JAVA How to Program.
Teach Yourself JAVA in 21 days.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242715
Course Title: Theory of Relativity and Cosmology
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Exam
Chapter
1st
2nd
1st Incourse
(25
Lectures)
3rd
4th
Assigned Course Teacher:
Dr. Abu Rejoan AR)
Content
Teachers Lectures
1. Introduction
Galilean transformation and invariance of Newton's laws of
7
motion, non-invariance of Maxwell's equations. MichelsonMorley experiment and explanation of the null result.
2. Special Theory of Relativity
Concept of inertial frame. Postulates of special theory;
simultaneity; Lorentz transformation along one of the axes –
length contraction, time dilatation and velocity addition
6
theorem, Fizeau’s experiment. Four vectors. Relativistic
dynamics : variation of mass with velocity; energy
momentum relationship.
3. Relativistic Electrodynamics:
Magnetism as a relativistic phenomenon, Fields
transformation, Field tensor, Electrodynamics in tensor
rotation, Relativistic potential
6
4. Vectors and Tensors
Covariant and contravariant vectors. Contraction. Covariant,
contravariant, and mixed tensors of rank-2, transformation
properties. The metric tensor (flat space-time only). Raising
and lowering of indices with metric tensors.
6
74
5th
5. Invariant intervals
Concept of space-time: Euclidean and Minkowski. Invariant
intervals in 1+1 and 3+1 dimensions (use Minkowski spacetime). Space like, time-like and light like four vectors. Light
cone. Causality and simultaneity in different frames.
6
6. Tensor calculus:
2nd Incourse (25
Lectures)
6th
7th
Idea of Euclidean and non-Euclidean space, meaning of
parallel transport and covariant derivatives, Geodesics and
autoparallel curves, Curvature tensor and its properties,
Bianchi Identities, vanishing of Riemann-Christoffel tensor as
the necessary and sufficient condition of flatness, Ricci
tensor, Einstein tensor.
10
7. Einstein’s field equations
Inconsistencies of Newtonian gravitation with STR,
Principles of equivalence, Principle of general covariance,
Metric tensors and Newtonian Gravitational potential, Logical
steps leading to Einstein’s field equations of gravitation.
9
8. Cosmology:
Test
(10
Lectures)
8th
Qualitative discussions on: White Dwarfs, Neutron stars and
Black Holes, Static Black Holes (Schwarzschild and ReissnerNordstrom). Rotating Black Holes, Cosmological Principles,
Weyl postulates, Robertson-Walker metric (derivation is not
required), Cosmological parameters, Static Universe,
Expanding universe, Open and Closed universe,
Cosmological red shift, Hubble’s law. Olber’s Paradox.
9th
10
Revision
Books Recommended:
1.
Goldstein, H.
Classical Mechanics
2.
Harun-ar-Rashid, A.M
Classical Mechanics
3.
French, A.P.
Special Relativity
4.
Harun-ar-Rashid, A.M.
Einstein and Relativity Theory (in Bangla)
5.
S. Weinberg
Gravitation and Cosmology:
Applications of the General
Principles
and
Theory of Relativity (Wiley, 1972).
6.
P. G. Bergmann
Introduction to Theory of Relativity (Pren tice-Hall,
1969
7.
R. Resnick
Introduction to Special Theory of Relativity.
75
8.
W.G.V.Rosser
Introduction to the Theory of Relativity.
Department of Physics
Rajshahi College, Rajshahi
Course Code : 242716
Course Title: Physics Practical -IV
Marks 100, 4 Credits, 60 Lectures, Class Duration : 1 Hour
Assigned Course Teacher:
1MD. Mahfuj Hasan (MH)
2. Joy Kumar Das (JKD)
Examination duration: 6 hours.
To perform two experiments from group A, and one ex
periment each from group B and C.
All experiments should be of three hours duration.
i) Experiments (3 hours each)
ii) Laboratory note book
iii) Viva-voce
4 x 20
Total marks
Marks for each experiment shall be distributed as follows:
a) Theory
b) Data collection and tabulation
c) Calculation, graphs and result
d) Discussions
Total marks
=
=
80
10
10
= 100
3
8
6
3
20
Group – A: Electronics
1. To calibrate the frequency dial of a signal generator with the help of line frequency by forming
Lissajous figures on an oscilloscope screen.
2. To determine the characteristics of a given transistor for common base and common emitter
configurations and find the parameters  and 
3. To construct a free running multivibrator and measure its frequency from the display of its output
wave forms on an oscilloscope screen.
4. To study a non-investing amplifier employing an operation amplifier (frequency response and gain).
5. To construct a saw tooth wave generator employing an unijunction transistor (2N2646) and determine
its repetitive frequency.
6. To construct the AND OR and NOT (inverter) gates using semiconductor diodes and transistor.
7. To construct NOR and NAND gates.
Group – B: Nuclear Physics
1. (a) To determine the plateau and operating voltage of a Geiger-Muller counter.
(b) To determine the dead-time of the G-M tube.
2. To find out the linear absorption coefficient, mass absorption coefficient and atomic absorption
coefficient of lead. (Ra-Source or Cs-Source).
3. To determine the absorption co-efficient for beta radiation of a given material and find the range of
beta radiation in that material (Y-Sr source).
4. To verify the inverse square law for –rays (Cs or Co-Source).
Group – C: Solid State Physics
1. To find out the speed of sound with the help of acoustic transducers.
2. To study the variation of impedance of a given acoustic transducer as a function of frequency.
3. To find out the forbidden energy gap of a given semiconductor specimen
4. To measure the dielectric loss of certain lossy materials.
76
Books Recommended:
1. Ahmad G. and Nasreen F
2. Din K. and Matin M.A.
3. Squires G.L.
4. Topping J.
5. Millman, J. and Halkias, C.C
6. Mannan, K.M. and Pramanik, N
7. Worsnop & Flint
:
:
:
:
:
Advanced Practical Physics
:
A text book of practical Physics
Practical Physics
Errors of observation and their treatment
Electronic Devices and Circuit
e¨envwiK c`v_©weÁvb 1g I 2q LÛ
:
Practical Physics
77
78
For
Masters
Session: 2011-2012
Department of Physics
Rajshahi College,
Rajshahi
79
80
81
82
83
84
85
86
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--
800
32
100
--
1000
40
100
100
3100
120
90
wet `ªt Bs‡iwR (m¤§vb) wel‡q 100 b¤^i bb‡µwWU Bs‡iwR eva¨Zvg~jK bq| D³ wel‡q †gvU 3000 b¤^i
A_v©r 120 †µwWU|
(ii) Bachelor of Social Science B.S.S (Honours) Degree:
el©
1g
2q
3q
4_©
†gvU
m¤§vb
Abym½x
Bs‡iwR
ZË¡xq ZË¡xq †Kvm©
eva¨Zvg~jK
†Kvm©
b¤^i
bb-‡µwWU
b¤^i
(Allied)
400
100
400
200
800
100
--
900
--
2500
300
100
†gŠwLK
†gvU b¤^i
†gvU
†µwWU
--
¯^vaxb
evsjv‡`‡ki
Af~¨`‡qi
BwZnvm
100
600
24
--
--
600 +100
24
--
--
800
32
100
--
1000
40
100
100
3100
120
(iii) Bachelor of Business Administration B.B.A (Honours) Degree:
el©
mgwš^Z m¤§vb
†Kvm©
b¤^i
†gŠwLK
¯^vaxb
evsjv‡`‡ki
Af~¨`‡qi
BwZnvm
†gvU b¤^i †gvU †µwWU
1g
500
--
100
600
24
2q
700
--
--
700
28
3q
800
--
--
800
32
4_©
900
100
--
1000
40
†gvU
2900
100
100
3100
124
(iv) Bachelor of Science B.Sc (Honours) Degree:
el©
1g
2q
3q
4_©
†gvU
Bs‡iwR
¯^vaxb
m¤§vb †Kvm© Abym½x †Kvm© eva¨Zvg~j †gŠw evsjv‡`‡ki
b¤^i
b¤^i
K
LK Af~¨`‡qi
(ZË¡xq
(ZË¡xq
bbBwZnvm
+e¨envwiK)
+e¨envwiK)/ZË¡xq ‡µwWU
150+150 = 300
100
300
100+100+100=300
150+150 = 300
400
100
100+100+100=300
800
900
100
2400
600
100
100
100
†gvU †gvU
b¤^i †µwWU
700
28
700 +
100
800
28
32
1000
40
3300
128
we‡kl `ªóe¨:
Ò¯^vaxb evsjv‡`‡ki Af~¨`‡qi BwZnvmÓ wk‡ivbv‡g welqwU mœvZK (m¤§vb I cvm) †kªwYi
mKj †cÖvMÖv‡gi Rb¨ eva¨Zvg~jK welq wn‡m‡e wm‡jev‡m AšÍf©y³ Kiv n‡q‡Q| welqwU 201314 wkÿvel© †_‡K fwZ©K…Z wkÿv_©x‡`i Rb¨ 1g el© mœvZK (m¤§vb) †kªwYi wm‡jev‡m
AšÍfy©³ _vK‡e| 2009-10, 2010-11, 2011-12 I 2012-13 wkÿve‡l© mœvZK (m¤§vb) †kªwYi
91
fwZ©K…Z‡`i Rb¨ D³ welqwU 4_© e‡l© wm‡jev‡m AšÍf©y³ _vK‡e| 2009-10, 2010-11, 2011-12 I
2012-13 wkÿve‡l© mœvZK (m¤§vb) †kªwYi fwZ©K…Z‡`i Rb¨ c~‡e©i †i¸‡jk‡b DwjøwLZ aviv8, †cÖvMÖvg wfwËK ‡gvU †µwWU I b¤^ieÈb AcwiewZ©Z _vK‡e|
(L) Abyl½x †Kvm©:
Abvm© wel‡qi mv‡_ Abyl½x †Kvm© (Allied Course) wn‡m‡e 2 ev Zvi AwaK †Kvm©
wbe©vPb Ki‡Z n‡e|
(M) Avewk¨K Bs‡iwR bb-‡µwWU †Kvm©
Bs‡iwR Abvm© I weweG Abv‡m©i QvÎ-QvÎx e¨ZxZ e¨v‡Pji Ae Abvm© wWwMÖ
†cÖvMÖv‡gi mKj wel‡qi wkÿv_©x‡`i Rb¨ 100 b¤^‡ii bb-‡µwWU Bs‡iwR welq eva¨Zvg~jK
_vK‡e Ges Bs‡iwR wel‡q Aek¨B cvm Ki‡Z n‡e Ab¨_vq Abvm© wWwMÖ cÖvß n‡e bv| 2q
e‡l© cwVZ D³ wel‡qi cixÿv 2q el© Abvm© cixÿvi mv‡_ AbywôZ n‡e| D³ bb-‡µwWU wel‡q
cvk b¤^i 40 |
(N) weweG (Abvm©) Gi mKj wel‡qi QvÎ-QvÎx‡`i Rb¨ bb †µwWU 100 b¤^‡ii Bs‡iwR †Kv‡m©i
cwie‡Z© 2q e‡l© 100 b¤^‡ii Business Communication & Report Writing (In English)
wk‡ivbv‡g 4 †µwW‡Ui GKwU †Kvm© _vK‡e|
9. cixÿvi mgqKvj:
ZË¡xq †Kvm© : 100 b¤^‡ii 4 †µwWU †Kv‡m©i Rb¨ 4 NÈv|
50 b¤^‡ii 2 †µwWU †Kv‡m©i Rb¨ 2.5 NÈv |
3q I 4_© e‡l© 80 b¤^‡ii cixÿvi Rb¨ 4 NÈv|
3q I 4_© e‡l© 40 b¤^‡ii cixÿvi Rb¨ 2.5 NÈv|
e¨envwiK †Kvm© : 100 b¤^‡ii 4 †µwWU †Kv‡m©i Rb¨ 6-10 NÈv (mswkøó wm‡jev‡m wba©viY
Kiv _vK‡e) |
50 b¤^‡ii 2 †µwWU †Kv‡m©i Rb¨ 3-6 NÈv (mswkøó wm‡jev‡m wba©viY Kiv _vK‡e)
|
10. DËicÎ g~j¨vqb c×wZ:
i) Bs‡iwR e¨wZZ cÖwZwU ZË¡xq †Kv‡m©i DËicÎ 1g I 2q cixÿvK Øviv g~j¨vqb n‡e| 1g I
2q cixÿ‡Ki cÖ`Ë Mo b¤^i P~ovšÍ b¤^i wn‡m‡e MY¨ n‡e|
ii) Af¨šÍixY I ewnivMZ cixÿK Øviv e¨envwiK I †gŠwLK cixÿv cwiPvwjZ n‡e| cixÿKMY
cixÿv PjvKvjxb mg‡q QvÎ-QvÎx‡`i cixÿY g~j¨vqb m¤úbœ Ki‡eb| e¨envwiK cixÿvi
Af¨šÍixY g~j¨vqbK…Z b¤^i I cixÿvq cÖvß b¤^i †hvM K‡i †gvU cÖvß b¤^i e¨envwiK
cixÿv m¤úbœ nevi Ae¨enwZ c‡i Zvi djvdj RvZxq wek¦we`¨vj‡q †cÖiY Ki‡Z n‡e|
iii) weGmGm Ges weweG Gi †ÿ‡Î 2q e‡l©i 50 b¤^‡ii †gŠwLK cixÿv I Uvg© †ccv‡ii MvBW
jvBb (mshy³) Abymv‡i Af¨šÍixY cixÿK ؇qi g~j¨vqbK…Z Uvg© †ccv‡ii 50 b¤^i A_v©r
(50+50) = 100 b¤^i n‡Z cÖvß †gvU b¤^i †gŠwLK cixÿvi †KvW b¤^‡i wb‡`©k †gvZv‡eK
AbjvB‡b †cÖiY Ki‡Z n‡e I nvW©Kwc mswkøó Dc-cixÿv wbqš¿‡Ki `߇i Rgv w`‡Z n‡e|
†gŠwLK cixÿv I Uvg© ‡ccv‡ii cvk b¤^i c„_Kfv‡e 40%|
2.
cvV`vb I cixÿvi gva¨g:
cvV`v‡bi gva¨g n‡e evsjv A_ev Bs‡iwR| cixÿvi DËic‡Î evsjv A_ev Bs‡iwR fvlvi †h †Kvb
GKwU gva¨‡g wjL‡Z n‡e| DׄwZ I †UKwbK¨vj kã e¨wZZ GKB †Kv‡m©i DËic‡Î evsjv
Bs‡iwRi wgkªY MÖnY‡hvM¨ bq| Z‡e fvlv mvwn‡Z¨i welq mg~‡ni †ÿ‡Î cvV`vb I cixÿvi
gva¨g mswkøó fvlvq n‡e|
12. cixÿvq AskMÖn‡Yi †hvM¨Zv:
(K) e¨v‡Pji (Abvm©) cixÿvq AskMÖn‡Yi †hvM¨Zv wnmv‡e †gvU †jKPvi K¬vm/ e¨envwiK
K¬v‡mi 75% Dcw¯’wZ _vK‡Z n‡e| we‡kl †ÿ‡Î Aa¨ÿ/ wefvMxq cÖav‡bi mycvwi‡ki wfwˇZ
Dcw¯’wZ 75%-Gi Kg Ges 60% ev Zvi †ewk _vK‡j Zv we‡ePbvi Rb¨ mycvwik Ki‡Z cvi‡eb|
75% Gi Kg Dcw¯’wZi Rb¨ cixÿv_x©‡K cixÿvi dig c~i‡Yi mgq 500 (cuvPkZ) UvKv bbK‡jwR‡qU wd Aek¨B Rgv w`‡Z n‡e|
(L) cixÿvi Rb¨ †cÖwiZ cixÿv_x©‡`i Av‡e`bc‡Î Aa¨ÿ/ wefvMxq cÖavb cÖZ¨qY Ki‡eb †h(i)
cixÿv_x©i AvPiY m‡šÍvlRbK ;
(ii) †jKPvi K¬v‡m, e¨envwiK K¬v‡m, Bb-‡Kvm© I gvV ch©v‡q Zvi Dcw¯’wZ
m‡šÍvlRbK ;
92
(iii)
cixÿv_x© K‡j‡Ri mKj Af¨šÍixY cixÿvq DËxY© n‡q‡Q Ges wek¦we`¨vjq KZ…©K
Av‡ivwcZ mKj kZ© c~iY K‡i‡Q|
13. †MÖwWs wm‡÷g (Grading System):
DËicÎ b¤^‡ii wfwˇZ g~j¨vqb Kiv n‡e| GKRb cixÿv_©xi ZË¡xq, e¨envwiK I
†gŠwLK cixÿvq cÖvß b¤^i‡K †jUvi †MÖW (Letter Grade) I †MÖW c‡q‡›U (Grade
Point) iƒcvšÍi Kiv n‡e| cixÿv_x©i djvdj g~j¨vq‡bi Rb¨ wbgœwjwLZ †jUvi †MÖW I
corresponding †MÖW c‡q›U _vK‡e| wek¦we`¨vjq gÄyix Kwgkb KZ…©K cÖ`Ë
Awfbœ †MÖwWs c×wZ Abyhvqx MvwYwZK (numerical) b¤^i, †jUvi †MÖW I
†MÖW c‡q›U n‡e wbgœiƒc:
Numerical Grade
Letter Grade (LG)
Grade Point (GP)
80% or above
A+ (Plus)
4.00
75% to less than 80%
A (Plain)
3.75
70% to less than 75%
A- (Minus)
3.50
65% to less than 70%
B+ (Plus)
3.25
60% to less than 65%
B (Plain)
3.00
55% to less than 60%
B- (Minus)
2.75
50% to less than 55%
C+ (Plus)
2.50
45% to less than 50%
C (Plain)
2.25
40% to less than 45%
D (Plain)
2.00
<40%(less than 40%)
F (Fail)
0.00
cvk b¤^i:
100 (4 †µwWU)
50 (2 †µwWU)
cvm b¤^i
40
20
MYbv‡hvM¨ †µwWU
D
D
†Kv‡m©i b¤^i
14. DËxY© †MÖW:
QvÎ-QvÎx‡`i mKj wba©vwiZ †Kv‡m© (ZË¡xq I e¨envwiK) Ges †gŠwLK cixÿvq
AskMÖnY eva¨Zvg~jK| QvÎ-QvÎx‡`i‡K mKj wba©vwiZ †Kv‡m© I †gŠwLK cixÿvq 40%
ev D ‡MÖW ev †MÖW c‡q›U 2 †c‡q cvm Ki‡Z n‡e| †h mKj †Kv‡m© D ev Z`~aŸ©
†MÖW AwR©Z n‡e ïaygvÎ †m †Kvm©¸‡jvi †µwWU djvd‡ji MYbvq Avbv n‡e| NonCredit Bs‡iwR wel‡qi cÖvß †MÖW GPA MYbvq †bqv n‡e bv|
15. wRwcG (GPA) Ges wmwRwcG (CGPA) wbY©q:
wbw`©ó †Kv‡m© cÖvß †MÖW c‡q›U‡K D³ †Kv‡m©i †µwWU Øviv ¸Y K‡i G
†Kv‡m© AwR©Z c‡q›U (EPS) wba©viY Kiv n‡e| D³ eQ‡i mKj †Kv‡m© AwR©Z
†gvU c‡q›U‡K †gvU AwR©Z †µwWU Øviv fvM K‡i GK eQ‡ii wRwcG (GPA)
wbiƒcY Kiv n‡e| Gfv‡e mKj eQ‡i AwR©Z †gvU c‡q›U mg~n‡K †hvM K‡i me©‡gvU
AwR©Z †µwWU Øviv fvM K‡i wmwRwcG (CGPA) wba©viY Kiv n‡e| D Gi wb‡P
cÖvß †MÖ‡Wi Rb¨ †Kvb †µwWU AwR©Z n‡e bv Ges Zv F (Fail) †MÖW e‡j
we‡ewPZ n‡e| F †MÖW †_‡K D”PZi †MÖ‡W DbœxZ n‡j AwR©Z †µwWU CGPA
MYbvq hy³ n‡e| F ‡MÖW D”PZi †MÖ‡W DbœxZ Ki‡j cieZx©‰Z gv‡bvbœq‡bi Avi
my‡hvM _vK‡e bv|
93
wRwcG MYbvi c×wZ :
∑PS (Total Point Secured in a year)
GPA =
∑CR (Total Credits offered in a year)
94
Example: Grade Point Average (GPA) Calculation for a year
Course
Code No
2011
2012
2013
2014
2015
2016
2017
Total
No. of
Marks
credits Obtained
(%)
4
70
4
65
4
60
4
34
4
55
2
50
4
45
26
-
Letter Earned Grade Earned Points Secured
grade
points
(EPS)= No of Credits
(LG)
(EGP)
X Grade Point
A3.50
14.00
B+
3.25
13.00
B
3.00
12.00
F
0.00
00.00
B2.75
11.00
C+
2.50
05.00
C
2.25
09.00
64.00
Total Point Secured (TPS) = 64
Earned Credit (EC) =22(4+4+4+0+4+2+4=22)
SGPA = TPS/EC = 64/22 = 2.90
wmwRwcG MYbvi c×wZ t
ETPS of (1st year+ 2nd year + 3rd year + 4th year) + Earned Grade Point/Points
CGPA =
Total number of credits completed in the whole programme
16. D”PZi †kªwY‡Z cÖ‡gvkb (1g el© n‡Z 4_© e‡l©):
K) †MÖwWs c×wZi m¤§vb cixÿvq BA, BSS Ges BBA Gi †ÿ‡Î 1g el© ‡_‡K 2q e‡l©
cÖ‡gvk‡bi Rb¨ Kgc‡ÿ 3wU ZË¡xq †Kv‡m© b~¨bZg D †MªW †c‡Z n‡e| 2q el© ‡_‡K
3q e‡l© b~¨bZg 3wU ZË¡xq †Kv‡m© D †MªW †c‡Z n‡e| 3q el© ‡_‡K 4_© e‡l©
cÖ‡gvk‡bi Rb¨ b~¨bZg 4wU ZË¡xq †Kv‡m© D †MªW †c‡Z n‡e| B.Sc Gi †ÿ‡Î 1g el©
†_‡K 2q e‡l© cÖ‡gvk‡bi Rb¨ b~¨bZg 3wU ZË¡xq †Kv‡m© b~¨bZg D †MªW †c‡Z
n‡e| 2q el© †_‡K 3q e‡l© cÖ‡gvk‡bi Rb¨ b~¨bZg 3wU ZË¡xq †Kv‡m© b~¨bZg D
†MªW †c‡Z n‡e| 3q el© †_‡K 4_© e‡l© cÖ‡gvk‡bi Rb¨ b~¨bZg 4wU ZË¡xq †Kv‡m©
b~¨bZg D †MªW †c‡Z n‡e|
L) 1wU †Kv‡m© Abycw¯’Z †_‡K wkÿv_©x Ab¨vb¨ mKj †Kv‡m© AskMÖnY K‡i
b~¨bc‡ÿ mKj †Kv‡m© D †MªW †c‡j cieZx© e‡l© cÖ‡gvkb cv‡e| cieZx© eQ‡i
AbywôZ cixÿvq Abycw¯’Z wel‡q AskMÖnY K‡i b~¨bZg D †MÖW AR©b Ki‡Z n‡e|
M) GKRb wkÿv_©x †Kvb e‡l© K -Dcavivq DwjøwLZ ZË¡xq †Kv‡m© cÖ‡gvk‡bi Rb¨
b~¨bZg †MÖW c‡q›U AR©‡b e¨_© n‡j †m Not Promoted n‡e| cieZx© eQ‡i AbywôZ D³
e‡l©i cixÿvq wkÿv_©x‡K c~e©eZx© eQ‡ii cvmK…Z ZË¡xq †Kv‡m©i cixÿv w`‡Z
n‡e bv| GKB e‡l© ci ci AbywôZ `yÕeQ‡ii cÖvß djvdj K-Dcavivi kZ© c~iY Ki‡j GKRb
wkÿv_©x cieZx© e‡l© cÖ‡gvkb cv‡e| Z‡e cÖ‡hvR¨ †ÿ‡Î cieZx© e‡l© cÖ‡gvkb cvIqvi
ci wbqgvbymv‡i †MÖW DbœxZ Kivi my‡hvM _vK‡e|
N) GKRb wkÿv_x© K-Dcavivi kZ© c~iY mv‡c‡ÿ 1g el© †_‡K 2q e‡l© cÖ‡gvkb cv‡e, 2q
e‡l© Aa¨qbiZ Ae¯’vq 1g e‡l©i F ‡MÖW mg~n‡K D”PZi †MÖ‡W DbœxZ Kivi
my‡hvM cv‡e| Z‡e 2q e‡l©i cixÿvq cÖ‡gvk‡bi Rb¨ K-Dcavivi b~¨bZg kZ©c~iY Ki‡Z
n‡e| D³ kZ©c~i‡Y e¨_© n‡j 3q e‡l© cÖ‡gvkb cv‡e bv| GKB fv‡e 3q e‡l© Aa¨qbiZ
Ae¯’vq cÖ‡hvR¨ †ÿ‡Î wkÿv_©x 1g I 2q e‡l©i F †MÖW mg~n‡K D”PZi †MÖ‡W
DbœxZ Kivi my‡hvM cv‡e| Z‡e 3q e‡l©i cixÿvq cÖ‡gvk‡bi Rb¨ K-Dcavivi b~¨bZg
kZ©c~iY Ki‡Z n‡e| D³ kZ©c~i‡Y †m e¨_© n‡j 4_© e‡l© cÖ‡gvkb cv‡e bv|
95
17. †Kvm© wfwËK b¤^i eÈb:
2013-2014 wkÿvel© †_‡K mœvZK (m¤§vb) †kªwYi mKj †cÖvMÖv‡gi 1g, 2q, 3q I 4_©
e‡l©i cÖ‡Z¨K ZË¡xq †Kv‡m©i cÖwZ 100 b¤^‡ii g‡a¨ Bb-†Kvm© I K¬v‡m Dcw¯’wZi
†ÿ‡Î b¤^i n‡e 20 (15+5) Ges ZË¡xq dvBbvj cixÿvi †ÿ‡Î b¤^i n‡e 80| cÖ‡Z¨K e‡l©i K¬vm
ïiæ †_‡K 15 mßv‡ni g‡a¨ cÖwZwU †Kv‡m©i A‡a©K cvV¨m~wP †kl K‡i cwVZ As‡ki Dci
†Kvm© wkÿK‡K GKwU Bb-‡Kvm© cixÿv MÖnY Ki‡Z n‡e| GKBfv‡e cieZ©x 15
mßv‡ni g‡a¨ cvV¨m~wPi evKx A‡a©K †kl K‡i G As‡ki Dci Avi GKwUmn †gvU 2wU
Bb-†Kvm© cixÿv MÖnY Ki‡Z n‡e| Af¨šÍixYfv‡e DËicÎ g~j¨vqb K‡i Bb-‡Kvm© I K¬vm
Dcw¯’wZ‡Z cÖvß †gvU b¤^ic‡Îi GK Kwc RvZxq wek¦we`¨vj‡qi mswkøó Dc-cixÿv
wbqš¿K Gi wbKU †cÖiY Ki‡Z n‡e Ges GK Kwc mswkøó wefvMxq cÖav‡bi Awd‡m
msiÿY Ki‡Z n‡e| D‡jøL¨ eZ©gv‡b Aa¨qbiZ 2009-10 wkÿve‡l©i wkÿv_©x‡`i Rb¨ 3q I
4_© e‡li© cÖ‡Z¨K ZË¡xq †Kv‡m©i cÖwZ 100 b¤^‡ii g‡a¨ Bb-†Kvm© I K¬v‡m
Dcw¯’wZi †ÿ‡Î b¤^i n‡e 20 (15+5) Ges ZË¡xq dvBbvj cixÿvi †ÿ‡Î b¤^i n‡e 80| 2010-11 I
2011-12 wkÿve‡l© fwZ©K…Z wkÿv_©x‡`i Rb¨ 2q, 3q I 4_© e‡l©i cÖ‡Z¨K ZË¡xq
†Kv‡m©i cÖwZ 100 b¤^‡ii g‡a¨ Bb-†Kvm© I K¬v‡m Dcw¯’wZi †ÿ‡Î b¤^i n‡e 20 (15+5)
Ges ZË¡xq dvBbvj cixÿvi †ÿ‡Î b¤^i n‡e 80| 2012-2013 wkÿve‡l© fwZ©K…Z wkÿv_©x‡`i
Rb¨ 1g, 2q, 3q I 4_© e‡l©i cÖ‡Z¨K ZË¡xq †Kv‡m©i cÖwZ 100 b¤^‡ii g‡a¨ Bb-†Kvm© I
K¬v‡m Dcw¯’wZi †ÿ‡Î b¤^i n‡e 20 (15+5) Ges ZË¡xq dvBbvj cixÿvi †ÿ‡Î b¤^i n‡e 80|
wewfbœ wkÿve‡l©i (hv‡`i Rb¨ cÖ‡hvR¨) 1g, 2q, 3q I 4_© e‡l©i Bb-†Kvm© I K¬v‡m
Dcw¯’wZi 20 b¤^‡ii g‡a¨ 2wU Bb-†Kvm© cixÿv 15 b¤^‡i Ges K¬v‡m Dcw¯’wZ 5 b¤^‡ii
g‡a¨ g~j¨vqb Ki‡Z n‡e| ZË¡xq cÖwZ 50 b¤^‡ii †Kv‡m© Bb-†Kvm© I K¬v‡m Dcw¯’wZi
†ÿ‡Î b¤^i n‡e 10 (7 b¤^i Bb-†Kvm© Ges 3 b¤^i K¬v‡m Dcw¯’wZ) Ges ZË¡xq dvBbvj
cixÿvi †ÿ‡Î b¤^i n‡e 40|
K¬v‡m Dcw¯’wZi wfwˇZ b¤^i eÈb n‡e wbgœiƒc:
Attendance range (in percent)
90% or above
85% to less than 90%
80% to less than 85%
75% to less than 80%
70% to less than 75%
65% to less than 70%
60% to less than 65%
55% to less than 60%
50% to less than 55%
45% to less than 50%
Less than 45%
Marks
5.00
4.50
4.00
3.50
3.00
2.50
2.00
1.50
1.00
0.50
0.00
18. †gŠwLK cixÿv:
2009-10, 2010-11, 2011-12, 2012-13 wkÿve‡l© fwZ©K…Z‡`i cÖ‡Z¨K †cÖvMÖv‡gi 2q el©
Ges 4_© el© †k‡l 50 b¤^i K‡i †gvU 100 b¤^‡ii †gŠwLK cixÿv AbywôZ n‡e hv †gvU 2×2=4
†µwWU wn‡m‡e MY¨ n‡e| cÖ‡Z¨K QvÎ-QvÎx‡K 2wU c„_K †gŠwLK cixÿvq Aek¨B
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†dvbt 9291030 (Awdm)|
National University
Bachelor of Honours Courses
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
Effective from: Session 2009-2010
For 1st & 2nd Year Honours Course
Full Marks:100
Time of Examination: 4 Hours
Question Types
Part-A
Part-B
Details
20 questions out of 24
Marks
(1×20)=20
Shortest Questions
such as question number
(such as definition/ Quizes)
1. (a) – (x)
(Covering all the chapters of the syllabus.)
5 Questions Out of 8
Question will be divided into (4+4)x5=40
Short Questions
2
(such as Conceptual/Numerical)
parts, such as question 2.(A)
(Covering all the chapters of the syllabus.) & (B).
Questions no. 2 – 9.
4 Questions Out of 7
Part-C
Broad Questions
(Question may be divided into
(such as Analytical/Conceptual/Numerical) 10. (i),(ii),(iii) etc
subsections.)
(4×10)=40
For mathematical/numerical
questions this condition may
be relaxed)
Questions no. 10 – 16.
Total
100
98
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
Effective from: Session 2009-2010
For 1st & 2nd Year Honours Course
Full Marks: 50
Time of Examination: 2.5 Hours
Details
Marks
Question Types
Part-A
Shortest Questions
(s uc h a s de fin it io n/ Q u iz e s )
(Covering all the chapters of the syllabus.)
Part-B
Part-C
Short Questions
(such as Conceptual/Numerical)
(Covering all the chapters of the syllabus.)
Broad Questions
(such as Analytical/Conceptual/Numerical)
(1×10)=10
10 questions out of 12
such as question number
1. (a) – (l)
5 Questions Out of 8
such as question number
2, 3, etc.to 9.
(4x5)=20
2 Questions Out of 4
(Question may be divided into.
(10 ×2)=20
(i),(ii),(iii) etc subsections.)
For mathematical/numerical
questions this condition may be
relaxed
Question no. 10 -13.
Total
50
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
Effective from: Session 2009-2010
For 3rd & 4th Year Honours Course
Full Marks: 100
Part-A
Part-B
Part-C
Question Types
Shortest Questions
(such as definition/ Quizes)
(Covering all the chapters of the syllabus.)
Time of Examination: 4 Hours
Details
Marks
10 questions out of 12
1(a-l).
Short Questions
(such as Conceptual/Numerical)
(Covering all the chapters of the syllabus.)
5 Questions Out of 8
Question no. 2 -9.
Broad Questions
(such as Analytical/Conceptual/Numerical)
5 Questions Out of 8
(Question may be divided
into. (i),(ii),(iii) etc
subsections.)
Question no. 10 -17.
(1×10)=10
(4×5)=20
(10 ×5)=50
Final Exam:
80
In course Test will be conducted by the course teacher as per the instruction of the ordinance.
20
100
Total
99
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
Effective from: Session 2009-2010
For 3rd & 4th Year Honours Course
Full Marks: 50
Time of Examination: 2.5 Hours
Question Types
Shortest Questions
Part-A
Part-B
Part-C
Details
Marks
(Covering all the chapters of the syllabus.)
8 questions out of 10
such as question number
1. (a) – (h)
Short Questions
(such as Conceptual/Numerical)
(Covering all the chapters of the syllabus.)
3 Questions Out of 5
such as question number
2 – 6.
Broad Questions
(such as Analytical/Conceptual/Numerical)
2 Questions Out of 4
(10 ×2)=20
(Question may be divided into
(i),(ii),(iii) etc subsections)
For mathematical/numerical
questions this condition may be
relaxed
Questions no. 7 -10.
Final Exam.
40
(s uc h a s de fin it io n/ Q u iz e s )
(1x8)=8
(4x3)=12
In course Test will be conducted by the course teacher as per the instruction of the ordinance.
Total
10
50
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
Effective from: Session 2012-2013
For 1 st , 2 nd , 3 rd & 4 th Year Honours Course
Full Marks: 100
Time of Examination: 4 Hours
Question Types
Part-A
Shortest Questions
(such as definition/ Quizes)
(Covering all the chapters of the syllabus.)
Details
Marks
10 questions out of 12
1(a-l).
(1×10)=10
Part-B
Short Questions
(such as Conceptual/Numerical)
(Covering all the chapters of the syllabus.)
5 Questions Out of 8
Question no. 2 -9.
(4×5)=20
Part-C
Broad Questions
(such as Analytical/Conceptual/Numerical)
5 Questions Out of 8
(Question may be divided
into. (i),(ii),(iii) etc
subsections.)
Question no. 10 -17.
(10 ×5)=50
Final Exam:
80
In course Test will be conducted by the course teacher as per the instruction of the ordinance.
20
Total
100
According to new curriculum (Grading & Credit System)
(Questions will be set from recommended textbooks)
Distribution of Marks in Question Paper
100
Effective from: Session 2012-2013
For 1 st , 2 nd , 3 rd & 4 th Year Honours Course
Full Marks: 50
Time of Examination: 2.5 Hours
Question Types
Part-A
Part-B
Shortest Questions
8 questions out of 10
(such as definition/ Quizes)
such as question number
(Covering all the chapters of the syllabus.) 1. (a) – (h)
Short Questions
3 Questions Out of 5
such as question number
(Covering all the chapters of the syllabus.) 2 – 6.
(such as Conceptual/Numerical)
Broad Questions
Part-C
Marks
Details
(1x8)=8
(4x3)=12
2 Questions Out of 4
(such as Analytical/Conceptual/Numerical) (Question may be divided into (10×2)=20
(i),(ii),(iii) etc subsections)
For mathematical/numerical
questions this condition may
be relaxed
Questions no. 7 -10.
Final Exam.
40
In course Test will be conducted by the course teacher as per the instruction of the ordinance.
10
Total
50
101
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Teachers:
1. Partha Sarathi Biswas...................PB
2. Md. Zahangir Hossain.................ZH
3. Dr.Md. Sharif Raihan................... SR
4. Syed Nadim Akhter......................NA
5. Md. Saiful Islam...........................SI
6. Dr. Nitai Kumar Saha................ NS
7. Md. Abul Basher Talukdar.........AB
8. Md. Azmat Ali............................AA
9. Most. Murshida Khatun............. MK
10. Promoth Chandra Sarkar.......... PCS
11. Umma Ishrat Zahan......................IZ
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