SPH4U1 – Physics 12 University
Title / Lesson Plan
Resources
Homework
Introduction and Course Outline
Proportioning Technique: Analyzing Experimental Data
Proportioning Technique: Graphing Technique – Part 1
* to discuss 2 sample questions on overhead
* to discuss proper application of “Graphical Analysis”
Proportioning Technique: Graphing Technique – Part 2
* to practice 4 questions from handout
* to discuss proper application of “Graphical Analysis”
Course Outline
Handout #1: Proportioning Technique
pages 748 - 751
Class notes
Handout #2: Proportioning Technique
pages 751 – 753
to complete 6 graphing questions
Class notes
Handout #2: Graphing Technique
pages 751 – 753
Ass: Problems on Graphical Analysis
Laboratory: “Vertical Depression vs. Applied Force” or
“Vertical Depression vs. Horizontal Projection” or
“Object Distance vs. Object Position”.
Uniformly Accelerated Motion – Part 1
* to derive 5 motion equations graphically
* to practice 3 questions from handout
Uniformly Accelerated Motion – Part 2
* to derive 5 motion equations algebraically
* to practice 4 questions from handout
Uniformly Accelerated Motion due to Gravity – Part 1
* to practice 4 questions from handout
* Video: “Gravity and Flight”
Uniformly Accelerated Motion due to Gravity – Part 2
* to practice 3 questions from handout
* Video: “Micro-gravity”
Displacement and Velocity in Two Dimensions
* to practice 3 questions on linear motion
* to practice 3 questions on circular motion
Class notes
Handout #3: Logarithmic Technique
Class notes
(applicable to the choice of laboratory)
Laboratory handout
Class notes
Handout: Uniformly Accelerated Motion - 1
7 problems
Class notes
Handout: Uniformly Accelerated Motion - 2
4 problems
Class notes
Handout: Vertically Accelerated Motion – 1
8 problems
Class notes
Handout: Vertically Accelerated Motion – 2
6 problems
Handout: Displacement as a Vector Quantity
Handout: Motion in Plane (3 problems)
Handout: Motion in Circle (3 problems)
pages 753 – 755
to complete 3 problems
Laboratory report (2 independent
analysis are required – Graphical
analysis and Logarithmic analysis)
pages 6 – 13
to complete 4 questions from handout
questions # 19, 20, 21, 22, 24 p. 27
11.
Acceleration in Two Dimensions
* to practice 5 questions on linear & circular motion
Handout: Acceleration as a Vector Quantity
Handout: “Acceleration in Plane” (5 quest)
12.
Projectile Motion (projected at the angle)
Class notes
Handout: “Projectile Motion” (4 questions)
13.
Analyzing Complex Projectile Motion
Class notes
Handout: “Projectile Motion” (5 questions)
14.
Relative Motion (Relative Velocities)
Class notes
Handout: “Relative Velocities” (8 quest)
15.
Newton’s First Law and Equilibrium
16.
Newton’s Second Law and Acceleration
17.
Newton's Third Law and Pulleys
18.
Multiple Pulleys and Mechanical Advantage
Day
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Proportioning Technique: Logarithmic Technique
19.
Frictional Forces and Uniform Motion
20.
Uniform Circular Motion
21.
Analyzing Forces in Circular Motion
22.
Unit Test Review
23.
Unit Test: “Motion and Forces”
24.
Work as a Measure of Energy Transfer
Class notes
Handout: “First Newton’s Law &
Equilibrium” (6 questions)
Class notes
Handout: “Second Newton’s Law and
Accelerated Motion” (6 questions)
Class notes
Handout: “Newton's Third Law and
Pulleys” (6 questions)
Class notes
Handout: “Multiple Pulleys” (6 questions)
Class notes
Handout: “Force of Friction and Coefficient
of Friction” (5 questions + 3 questions)
Class notes
Handout: “Centripetal Acceleration and
Circular Motion”
(8 questions)
Class notes
Handout: “Centripetal Force and Circular
Motion”
(7 questions)
Handout: “Unit Test Review”
(8 questions)
Unit Test Paper – Part 1 - 6 questions
Class notes
Handout: “Work and Energy” (6 questions)
pages 18 – 26
questions # 10, 11, 12, 13, 14
p. 31
pages 32 – 35
questions # 11 - 16 p. 37 – 38
to complete 4 questions from handout
pages 36 – 39
questions # 5 - 10 p. 40
to complete 3 questions from handout
pages 14 – 16
questions # 8 p. 17
Ass: Uniformly Accelerated Motion
pages 28 – 29
questions # 25, 26, 27 p. 29
questions # 15, 16 p. 31
pages 41 - 45
questions # 3, 4, 5 p. 46
questions # 3, 4
p. 50
pages 46 - 49
questions # 9, 10 p. 50
questions # 5 p. 51
pages 52 - 56
questions # 2, 3, 4 p. 56
questions # 2, 3, 4 p. 57
pages 77 - 80
questions # 6 on p. 80
questions # 6 p. 96
pages 81 - 84
questions # 6, 7 on p. 92
questions # 8, 9, 11 on p. 96
pages 84 – 85, 88 - 91
questions # 5 on p. 92
questions # 5, 7, 10 on p. 95 - 96
Supplementary handouts
pages 97 – 101, 102 – 105
last 3 questions from the handout
questions # 3, 4, 7 on p. 101
questions # 6 on p. 96
read pages 122 – 126
# 7, 8, 9, 10 on page 126
# 3, 4, 5, 6, 7 on page 127
read pages 128 – 133, 134 - 136
# 3 – 8, 11 on page 133 - 134
any incomplete questions from the
previous homework
Unit Test Paper – Part 2 - 6 questions
read pages 178 – 182
# 4, 6, 7 on page 181
# 5 on page 183
25.
Work – Energy Principle
Conservation of Total Mechanical Energy
26.
Conservation of Total Mechanical Energy (E K + EG)
27.
Hooke’s Law & Elastic Potential Energy
28.
Conservation of Total Mechanical Energy (EK +EG +EEl )
Class notes
Handout: “Kinetic energy” (4 questions)
Handout: “Law of Conservation of Energy”
(questions 2 and 5)
Class notes
Handout: “Law of Conservation of Energy”
(questions 3, 4, and 7)
Class notes
Handout: “Elastic Potential Energy”
(questions 3, 4, and 7)
Class notes
Handout: “Conservation of Total
Mechanical Energy” (6 questions)
Class notes
Handout: “Newton’s Second Law and
Impulse” (3 questions)
Handout: “The Vector nature of Impulse”
(2 questions)
Class notes
Handout: “Conservation of Momentum”
(6 questions)
Class notes
Handout: “Conservation of Momentum”
(6 questions)
Class notes
Handout: “Conservation of Energy &
Momentum” (5 questions)
Class notes
Handout: “Solving Elastic Collisions”
(6 questions)
Class notes
Handout: “Special Conditions of the Elastic
Collision” (2 questions)
Class notes
Handout: “Momentum & Energy During
Elastic Collision”
(3 questions)
Handout: “Unit Test Review”
(8 questions)
Unit Test Paper – Part 1 – Multiple Choice
Class notes
Handout: “Newton’s Law of Universal
Gravitation” (8 questions)
Class notes
Handout: “Universal Gravitation &
Satellites” (8 questions)
29.
Impulse and Momentum
30.
Conservation of Momentum in One Dimension
31.
Conservation of Momentum in Two Dimension
32.
Types of Collisions
33.
Elastic Collisions & Equations for Elastic Collisions
34.
Special Conditions of the Elastic Collision
35.
Momentum & Energy During Elastic Collision
36.
Unit Test Review
37.
Unit Test: “Energy, Momentum, and Collisions”
38.
Universal Gravitation
39.
Satellites and Space Stations
40.
Orbits and Keller’s Laws
Class notes
Handout: “Keller’s Three Laws” (8 quest)
41.
Planetary Motion
Class notes
Handout: “Planetary Motion” (9 quest)
42.
Gravitational Potential Energy in General
43.
Gravitational Potential Energy and Satellites
44.
Escape Energy and Escape Velocity
45.
Electric Charges and Coulomb’s Law (in 1D)
46.
Electric Charges and Coulomb’s Law (in 2D)
47.
Electric Fields and Electric Field Intensity
48.
Electric Potential Energy
Class notes
Handout: “Gravitational Potential Energy
in General” (4 quest)
Class notes
Handout: “Gravitational Potential Energy
and Satellites – Part 1” (4 quest)
Class notes
Handout: “Escape Energy and Escape
Velocity” (4 quest)
Class notes
Handout: “Coulomb’s Law” (4 quest)
Class notes
Handout: “Charges in 2 Dimensions”
(5 questions)
Class notes
Handout: “Electric Field Intensity”
(3 questions)
Class notes
Handout: “Electric Potential Energy”
read pages 184 – 187
read pages 189 – 191
# 3 - 7 on page 197
read pages 195 – 200
# 3, 5, 6, 7 on page 201
read pages 203 – 210
# 9 - 13 on page 211
read pages 203 – 210
# 8 – 14 on page 219
read pages 232 – 237
# 1 - 3 on page 233
# 6 - 9 on page 237
read pages 239 – 243
# 3 - 8 on page 243
read pages 254 – 257
# 2 - 5 on page 257
read pages 246– 248
# 10, 12, 13 on page 252
# 6 on page 253
read pages 249 – 251
# 11, 14 on page 252
# 4, 5 on page 253
Supplementary handouts
Supplementary handouts
any incomplete questions from the
previous homework
Unit Test Paper – Part 2 - 6 problems
read pages 139 – 143
# 3 - 5 on page 141
# 8 - 12 on page 143
read pages 145 – 150
# 2, 4, 6 on page 147
# 7 - 10 on page 150
read pages 278 – 281
# 3, 4 on page 279
# 1 - 5 on handout
read pages 282 – 283
# 9 on page 283
# 4, 5, 6, 7 on page 284
read pages 285 – 287
# 1 - 5 on pages 287-288
read pages 288 – 293
# 7 - 12 on page 293
read pages 285 – 293
# 1 - 9 on page 294
read pages 327 - 330
# 1 – 7 on page 331
read pages 331 - 334
# 7, 8 on page 336
# 8, 9 on page 334
read pages 337 – 343
# 1 – 7 on page 343
read pages 349 – 353
# 1 – 4 on page 354
49.
Electric Potential and Electric Potential Difference
50.
Parallel Plate Apparatus as a Microbalance
51.
Accelerating Charged Particles with P.P.A.
52.
Deflecting Charged Particles with P.P.A.
53.
Magnetic Force on Moving Electric Charges
54.
Cathode Ray Tube and Charge-to-Mass Ratio
55.
Magnetic Force on Conductor
56.
Ampere’s Law and Magnetic Field
57.
Electromagnetic Induction
58.
Unit Test Review
59.
Unit Test: “Gravitational, Electric, & Magnetic Fields”
60.
Review of Waves and Refraction
61.
Analysis of Two-Point-Source Interference Pattern
62.
Young’s Double Slit Interference
63.
Color and Wavelength
64.
Single Slit Diffraction
65.
Lab: “Single Slit Diffraction”
66.
Diffraction Gratings and their Applications
67.
Lab: “Compact Disk Diffraction”
68.
Interference in Thin Films – Reflected Light
69.
Interference in Thin Films – Transmitted Light
70.
Interference in Thin Films – Air Wedge
71.
Unit Test Review
72.
Unit Test: “Wave Nature of Light”
73.
Black Body radiation and Planck’s Hypothesis
74.
Einstein and Photoelectric Effect
(5 quest)
Class notes
Handout: “Electric Potential Difference”
(6 quest)
Class notes
Handout: “Parallel Plate Apparatus”
(6 quest)
Class notes
Handout: “Accelerating Charged Particles
with P.P.A.” (5 quest)
Class notes
Handout: “Deflecting Charged Particles
with P.P.A.” (5 quest)
Class notes
Handout: “Magnetic Force on Charges”
(6 questions)
Class notes
Handout: “Charge-to-Mass Ratio”
(6 questions)
Class notes
Handout: “Magnetic Force on Conductor”
(6 questions)
Class notes
Handout: “Ampere’s Law” (6 quest)
Class notes
Handout: “Electromagnetic Induction”
(6 questions)
Handout: “Unit Test Review”
(8 questions)
Unit Test Paper – Part 1 – Multiple Choice
Class notes
Handout(s): “1 Dimensional Standing
Waves” (6 questions)
Class notes
Handout(s): “Two-Point-Source
Interference Pattern” (2+5 questions)
Class notes
Handout: “Double Slit Interference”
(6 questions)
Class notes
Handout: “Snell’s Law for Wavelength”
(8 questions)
Class notes
Handout: “Single Slit Diffraction”
(6 questions)
Class notes
Laboratory handout
Class notes
Handout: “Diffraction Gratings”
(8 questions)
Class notes
Laboratory handout
Class notes
Handout: “Interference in Thin Films –
Reflected Light” (6 questions)
Class notes
Handout: “Interference in Thin Films –
Transmitted Light” (6 questions)
Class notes
Handout: “Electromagnetic Induction” (6
quest)
Handout: “Unit Test Review”
(8 questions)
Unit Test Paper – Part 1 – Multiple Choice
Handout: “Planck’s Quantum Hypothesis”
(8 questions)
Handout: “Photoelectric Effect”
(8 questions)
read pages 354 – 357
# 5, 6 page 358
# 7, 8 on page 358
read pages 360 - 362
# 1 - 6 on page 363
read pages 365 - 368
# 1 – 5 on page 368
read pages 368 – 370
# 1 – 5 on page 371
read pages 392 - 395
# 1 - 6 on page 396
read pages 396 - 401
# 2 – 7 on page 402
read pages 404 - 407
# 1 – 5 on page 407
read pages 408 - 413
# 1 – 5 on page 409
read pages 415 - 418
# 6 – 8 on page 411
# 9 – 12 on page 413
any incomplete questions from the
previous homework
Unit Test Paper – Part 2 - 6 problems
read pages 444 – 454
# 1 – 3 on page 445
# 4 – 9 on page 450
read pages 455 - 459
# 1 – 3 on page 459
# 5 – 9 on page 460
read pages 408 – 413 and 474 - 475
# 1 – 8 on page 473
read pages 476 – 479
# 1 – 6 on page 478
# 3 – 7 on page 479
read pages 499 – 504 and 505 - 506
# 1 – 7 on page 504
Laboratory report (individual)
read pages 508 - 510
# 1 – 4 on page 509
# 2 – 5 on page 511
Laboratory report (individual)
read pages 512 - 514
# 1 – 4 on page 516
# 3, 4 on page 519
read pages 515
Supplementary handouts
read pages 516 - 518
# 5 – 7 on page 518
# 5, 6 on page 519
any incomplete questions from the
previous homework
Unit Test Paper – Part 2 - 6 problems
read pages 594 - 597
# 1 – 6 on pages 597 - 598
read pages 598 - 603
# 7 – 15 on pages 604