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GREENSPRINGS SCHOOL LAGOS
SCHEME OF WORK
PHYSICS YEAR 11
2016/2017 SESSION
Term 1
Weeks
1-2
Topics
Dangers of electricity
continue
Contents
i. Uses of fuses and circuit breakers.
ii. Fuse rating.
Magnet and Magnetism, Methods of Magnetisation and
Demagnetisation, Temporary and Permanent Magnet, Magnetic
field pattern
Magnetism
3-4
Magnetic effect of current. Magnetic field pattern in a solenoid, Force on current carrying
Force on a currentconductor
carrying conductor.
Electromagnetic induction
and a.c generator.
Induced Emf,
8-9
Transformer
Principle of a transformer, transformer equation, transmission of
electricity
10-11
MOCK EXAMS
5-7
Factors affecting induced EMF, dc and ac generator, dc and ac
graphs
GREENSPRINGS SCHOOL LAGOS
SCHEME OF WORK
PHYSICS YEAR 11
2016/2017 SESSION
Term 2
Wk
s
Topics
Contents
Learning
outcomes
Methodology/Sugge
sted students
activities
Resources
1-3
Actions and
uses of circuit
components.
Working
principles
of a
potential
divider,
thermistor,
diode,
transistors,
LDR, LED,
V-t graph
of
electronic
componen
ts
Describe the
action of a
variable
potential
divider
(potentiomet
er). •
Describe the
action of
thermistors
and lightdependent
resistors and
show
understandin
g of their use
as input
transducers.
• Describe
the action of
a relay and
show
understandin
g of its use in
switching
circuits.
Describe the
action of a
diode and
Variety of class
experiments using
circuits with
potential dividers,
thermistors,
capacitors, relays,
diodes, lightdependent
resistors, transistors
etc.
IGCSE PHYSICS by Tom
Duncan Pgs 194-196,
262-268.
Assessment
Describe the
action of a
relay and
show
understandi
www.bbc.co.uk,
ng of its use
www.s-cool.co.uk,
in switching
www.skoool.co.uk
circuits.
https://www.doddlelearn. Describe the
co.uk
action of a
diode and
https://www.samlearning. show
com
understandi
ng of its use
as a rectifier.
Draw and
interpret
circuit
diagrams
containing
sources,
switches,
resistors
(fixed and
variable),
heaters,
thermistors,
light-
EWor
k
show
understandin
g of its use
as a rectifier.
• Recognise
and show
understandin
g of circuits
operating as
lightsensitive
switches and
temperatureoperated
alarms (to
include the
use of a
relay) –
(knowledge
of transistor
is required
here)
Draw and
interpret
circuit
diagrams
containing
sources,
switches,
resistors
(fixed and
variable),
dependent
resistors,
lamps,
ammeters,
voltmeters,
galvanomete
rs,
magnetising
coils,
transformers
, bells, fuses
and relays.
home work,
VLE, Test
heaters,
thermistors,
lightdependent
resistors,
lamps,
ammeters,
voltmeters,
galvanomete
rs,
magnetising
coils,
transformers,
bells, fuses
and relays.
Draw and
interpret
circuit
diagrams
containing
diodes
4-6
Digital
Electronics/Lo
gic gates and
analogue
devices
Logic
gatesAND, OR,
NOT,
NOR,
NAND,
Truth
table,
Logic
Explain and
use the
terms
analogue
and digital in
terms of
continuous
variation and
high/low
states.
Variety of class
experiments using
logic gates.
PHYSICS FOR YOU by
Keith Johnson pgs 336341
www.bbc.co.uk, www.scool.co.uk,
www.skoool.co.uk
https://www.doddlelearn.
Define the
term
analogue
and digital
systems.
With the aid
of labeled
diagram,
gates
combinatio
ns
Define the
analogue
and digital
systems,
states
examples,
differentiate
between
digital and
analogue
systems •
Describe the
action of
NOT, AND,
OR, NAND
and NOR
gates. •
Recall and
use the
symbols for
logic gates. •
Design and
understand
simple digital
circuits
combining
several logic
gates, as in
specialized
co.uk
describe the
action of
https://www.samlearning. NOT, AND,
com
OR, NAND
and NOR
gates.
• Use truth
tables to
describe the
action of
NOT, AND,
OR, NAND
and NOR
gates and
simple
combination
s of gates.
circuits • Use
truth tables
to describe
the action of
individual
gates and
simple
combinations
of gates.
State the
components
of logic
gates.
7
The nuclear
atom and
radioactivity
Detection of
radioactivity
Structure
of an
atom,
isotope,
Origin of
radioactivit
y,
backgroun
d
radiation,
detection
of
readioactiv
ity
Describe the
structure of
an atom in
terms of a
positive
nucleus and
negative
electrons.
Describe
how the
scattering of
α-particles
by thin metal
foils provides
evidence for
the nuclear
atom
Describe the
Describe the
composition
of the
https://www.doddlelearn. nucleus in
terms of
co.uk
protons and
https://www.samlearning. neutrons
com
IGCSE PHYSICS by Tom
Duncan Pgs 246-260
State the
charges of
protons and
neutrons
• Use the
term proton
number Z,
nucleon
number A
composition
of the
nucleus in
terms of
protons and
neutrons
• State the
charges of
protons and
neutrons
• Use the
term proton
number Z
• Use the
term nucleon
number A
• Use the
term nuclide
and use the
nuclide
notation
• Use and
explain the
term isotope
State the
meaning of
nuclear
fission and
nuclear
fusion. •
Balance
equations
• Define the
term Isotope
State the
meaning of
nuclear
fission and
nuclear
fusion.
involving
nuclide
notation.
Demonstrate
understandin
g of
background
radiation and
state the
origins. •
Describe the
detection of
α-particles,
β-particles
and γ-rays (β
+ are not
included: βparticles will
be taken to
refer to β – )
8-9
Radioactivity
continues Characteristic
s of the three
kinds of
emission
α, β and γemission,
application
s of α, β
and γemissions,
Radioactiv
e decay
Discuss the
random
nature of
radioactive
emission
over time
and space
• Identify α, β
and γ-
Demonstration of
experiments using a
Geiger counter,
radioactive sources
and absorbers (if
available).
Identify α, β
and γemissions
https://www.doddlelearn. by recalling
– their
co.uk
nature
https://www.samlearning. – their
relative
com
ionising
IGCSE PHYSICS by Tom
Duncan Pgs 246-260
and its
equations,
Fission
and
ussion.
Radioactive
decay
Half-life
Safety
precautions
Half-life,
calculation
s on hallife
emissions by
recalling
– their nature
– their
relative
ionising
effects
– their
relative
penetrating
abilities
(β+ are not
included, βparticles will Class simulation
be taken to
experiment using
refer to β– ).
coins, dice or small
cubes to produce a
Describe
graph showing halftheir
life characteristics.
deflection in
electric fields
and in
magnetic
fields
• Interpret
their relative
ionising
effects
• Give and
explain
examples of
practical
applications
effects
– their
relative
penetrating
abilities
Define halflife,
Describe
how
radioactive
materials
are handled,
used and
of α, β and γemissions
State the
meaning of
radioactive
decay
• State that
during α- or
β-decay the
nucleus
changes to
that of a
different
element.
Use
equations
involving
nuclide
notation to
represent
changes in
the
composition
of the
nucleus
when
particles are
emitted.
Use the term
half-life in
simple
stored in a
safe way
calculations,
which might
involve
information
in tables or
decay
curves.
Calculate
half-life from
data or
decay curves
from which
background
radiation has
not been
subtracted.
Recall the
effects of
ionising
radiations on
living things.
• Describe
how
radioactive
materials are
handled,
used and
stored in a
safe way