Unit 1 Calendar - AP-C
Unit Guide - Unit 1 - Kinematics
Readings:
Freefall Reading
(Original Version:
Freefall
Reading-Old)
Vectors Reading
Homework (Not Including Labs):
Assignment 1-1 (Solutions)
(Due 9/8)
Assignment 1-2 (Solutions) (Due 9/9)
Assignment 1-3 (Solutions) (Due 9/12)
Assignment 1-4 (Solutions) (Due 9/15)
Assignment 1-5 (Solutions) (Due 9/16)
Assignment 1-6 (Solutions) (Due 9/19)
Assignment 1-7 (Solutions) (Due 9/22)
Assignment 1-8 (Solutions) (Due 9/25)
Assignment 1-9 (Solutions) (Due 9/26)
Assignment 1-10 (Solutions) (Due
9/29)
Assignment 1-11 (Solutions)
(Due 9/30)
Assignment 1-12 (Solutions) (Due 10/2)
Assignment 1-13 (Solutions) (Due 10/3)
Assignment 1-14 (Solutions) (Due 10/7)
Assignment 1-15 (Solutions) (Due 10/9)
Assignment 1-16 (Solutions) (Due 10/13)
Assignment 1-17 (Solutions) (Due 10/14)
Assignment 1-18 (Solutions) (Due 10/17)
In Class Material:
Welcome to
Physics by Appel / Introduction to Measurements and Uncertainty
(9/2)
More with Measurements and Uncertainty
(9/4)
Some Rules and
Regs (9/4)
Sources of
Uncertainty / Sig Figs / Accuracy and Precision (9/5)
Notes
PowerPoint
Sources of Uncertainty
Dimensional
Analysis (9/8)
Notes
Handout
Filled In Copy
Introduce Displacement and Velocity (9/9)
Notes
Sample Questions
Solutions
Uncertainty in Data Lab (9/12; Quiz and Tables Due 9/19)
Introduction
Instructions
Sources of Uncertainty
Data Tables
Station Instructions
Introduce Acceleration Including Freefall (9/12)
Notes
Sample Questions
Solutions
More Linear Motion and The Big Five Kinematic Equations (9/15)
Notes
Sample Questions
Solutions
Take the Big Five for a Drive (Solutions)
(9/16)
Linear Motion Goodness (Solutions)
(9/18) What Does Motion Look Like in Graphs?
(9/18 - 9/19)
Notes
Sample
Graphs
Creating Graphs (9/19)
Notes
Sample Question
Solutions
Graphing
Standards (9/19)
Good
Graphs vs. Bad Graphs (9/19)
Next Level Graphing
Techniques and Analysis (9/22)
Notes
Sample Questions
Solutions
Day o'
Calculus (9/23)
I Will Derive Video (9/23)
Day o' Calculus Handout
(9/23)
Galileo Lab (9/25; Due 10/6)
Introduction
Handout
Data Tables
Linear Motion Free Response Fun (Solutions)
(9/26)
Vector Pre-Test (Solutions)
(9/29)
Introduction to Vectors
(9/29)
Introduction to 2-D Motion and Horizontally Launched Projectiles (9/30)
Notes
Sample Questions
Solutions
Horizontal Projectile
Motion Goodness (Solutions)
(10/2)
Projectiles Launched at Angles and Monkey Gun
(10/2)
Notes
Sample Questions
Solutions
More Projectile Motion Goodness (Solutions)
(10/3)
Small Dose of Projectile Goodness
(Solutions)
(10/6)
Uniform and Non-Uniform Circular Motion (10/7)
Notes
Sample Questions
Solutions
Roundabout
Goodness (Solutions)
(10/9)
Relative Motion (10/13)
Notes
Sample Questions
Solutions
Show Me the Goodness! Two-Dimensional and
Relative Motion (Solutions)
(10/14)
Appel's
Projectile Motion Challenge (10/16; Score Sheet Due 10/17)
*** Not Yet Updated for 2025-26 School Year |
Unit Reading (with Recommended Completion Dates):
Sept. 2 |
Sections 1.1, 1.2, 1.4 - 1.6 |
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Sept. 8 |
Sections 1.3, 2.1, 2.2, 2.5, 2.8 and
Freefall Reading |
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Sept. 15 |
Sections 2.3, 2.4, 2.6, 2.7 |
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Sept. 22 |
Section 2.9 |
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Sept. 29 |
Sections 3.1 - 3.4, 4.1 - 4.3 and
Vectors Reading |
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Oct. 6 |
Sections 4.4 - 4.5 |
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Oct. 13 |
Section 4.6 |
Twu Physics:
Playlist for All of Twu's Kinematics AP Physics C Videos
Dan Fullerton Videos (He's a Physics Teacher):
Defining Motion
2D Motion
Projectile Motion
Relative Motion
Circular Speed
Centripetal Acceleration
Flipping Physics:
Playlist for All of FP's Kinematics AP Physics C Videos
AP Physics C:
Kinematics Review
AP Physics C:
Integrals in Kinematics Review
MIT Video Lectures (on YouTube):
Introducing the course at MIT
Lecture 1: Units, Dimensions and Scaling Arguments
Lecture 2: Introduction to Kinematics
Lecture 3: Vectors
Lecture 4: The Motion of Projectiles
Lecture 5: Uniform Circular Motion
Lecture 9: Review of Lectures 1 - 5
HippoCampus Videos:
Motion in 1-D
Motion in 2-D
Khan Academy Videos:
Calculating Average Velocity or Speed
Solving for Time
Displacement from Time and Velocity Examples
Acceleration
Two-Dimensional Projectile Motion
Optimal Angle for Projectile
Circular Motion and Centripetal Acceleration
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