Download Physics 2

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

XMM-Newton wikipedia , lookup

Optical telescope wikipedia , lookup

Very Large Telescope wikipedia , lookup

Reflecting telescope wikipedia , lookup

Transcript
Honors Physics: Objectives and Schedule
Last updated: March 31st, 2011
Unit 11 – Optics
Chapter 17 – Wave Optics
Chapter 18 – Ray Optics
Chapter 19 – Optical Instruments
Text
College Physics, by Randy Knight, Brian Jones, and Stuart Field, Pearson/Addison
Wesley, 1st edition, 2007.
Student Learning Objectives
 Understand the principles of the wave and ray models of light
 Understand and be able to compute properties based on interference patterns (slits and
gratings)
 Use the ray model (and be able to use ray tracing) to locate images in lenses and
mirrors.
 Understand and apply the laws of reflection and refraction.
 Use the thin lens equation to find image positions for lenses and mirrors.
 Understand how cameras, the human eye, microscopes, and telescopes work.
Schedule
Day # Date
62
7-Mar
Day
Class Work
Mon
Test on Units 8, 9, and 10
63
9-Mar
64
65
66
11-Mar
15-Mar
17-Mar
Fri
Tue
Thu
67
68
29-Mar
31-Mar
Tue
Thu
69
4-Apr
Mon
70
6-Apr
Wed
71
8-Apr
Fri
72
12-Apr
Tue
73
14-Apr
Thu
74
75
18-Apr
20-Apr
Mon
Wed
Wed
Nature of Light; Interference of
Light;
Diffraction Grating; Thin-films;
Single-Slit Diffraction
Circular Aperture Diffraction;
Ray Model of Light; Reflection;
Brief Review of Chp 17-18.2;
Refraction; Color and Dispersion;
Images from Refraction;
Thin Lenses
45 min Test on Chap 17 and 18.118.4; Spherical Mirrors
Spherical Mirrors; Finding the
Image; Begin working on group
projects (Camera, Eye, Magnifier,
Telescope)
Finish finding the image; More
Group Presentation work
Working on Group Presentations
(Camera, Eye, Magnifier,
Telescope); Begin Review
Group Presentations (Camera,
Eye, Magnifier, Telescope);
Review;
Test on Unit 11
Lab
Reading
Ripple Tank and
interference; virtual
ripple tank
17.1-17.2
Demos
17.3.17.4
17.5-17.6
18.1-18.2
18.3-18.4
18.5
Refractive Index Pins
Lab
18.6
Demos
18.7
Demos
19.1
Optics Lab
Presentations
19.2-19.6
Homework
We are using an electronic homework system from Mastering Physics (MP). All text
based homework is to be downloaded from, solved, and the answers submitted on-line to
www.masteringphysics.com . DRS problems will also be given out in class and will need
to be turned in. Mastering Physics problem will be denoted by MP and the appropriate
day number. See the Expectations and Procedures document for penalty details on
submitting late work.
Reading and MP problems
Q = Conceptual/Multiple Choice Questions at the end of the text chapter
P = Problems at the end of the text chapter
ST = Step through/Skill builder problems in Mastering Physics
MP Assigned Lab Prep
# Date
Reading ?’s
Probs
63
9-Mar
17.1-17.2
64
11-Mar
17.3.17.4
14,17,22,24,4
4,56
65
15-Mar
17.5-17.6
27,29,33,53,6
0,71
66
17-Mar
18.1-18.2
1,3,5,6,7,9,11
18.3-18.4
12,14,15,16,2
0
Refractive
Index Pins
Lab
2,5
1,4,9,10,37
67
29-Mar
68
31-Mar
18.5
23,24,25;
handout
69
4-Apr
18.6
26,27,29;
70
6-Apr
18.7
31,32,33,66,
70
19.1
18:
43,44,53,55,6
1,63,68
71
8-Apr
72
12-Apr
73
14-Apr
Optics Lab
19.2-19.6
19:1,3,5,7,8,9,
11.12
17:
5,21,25,31;
18:18,39,46,4
ST and Other
ST: the Speed of Light in
Different Media;
ST: Interference in Soap
Films; Thin Film (Oil Slick);
Antireflective Coating
ST: Understanding CircularAperture Diffraction; SingleSlit Diffraction; Double Slit 1
ST: Reflection Vector
Drawing;Geometry and
Reflections; Understanding
the Propagation of Light
ST: Tactics Box 18.1
Analyzing Refraction;
Refraction through Glass and
Water; Total Internal
Reflection Conceptual
Question
ST: A Sparkling Diamond I ;
Is Light Reflected or
Refracted?
ST: Tactics Box 18.2 Ray
Tracing for a Converging
Lens; Tactics Box 18.3 Ray
Tracing for a Diverging Lens;
A Laser and a Lens; Lens
Producing an Image
Conceptual Question
ST: Tactics Box 18.4 Ray
Tracing for a Concave Mirror;
Tactics Box 18.5 Ray Tracing
for a Convex Mirror; A
Sparkling Diamond II
ST: Locate the Object;
Images Produced by Different
Concave Mirrors Conceptual
Question;
ST: Tactics Box 19.1 Using
Sign Conventions for Lenses
and Mirrors; Understanding
Spherical Mirrors
Due
Day
#
Due
Date
64
11-Mar
65
15-Mar
66
17-Mar
67
29-Mar
68
31-Mar
69
4-Apr
70
6-Apr
71
8-Apr
72
12-Apr
73
14-Apr
74
18-Apr
74
75
18-Apr
20-Apr
7,54;
19:
38,41,45
handout
75
20-Apr