Kinematics

In this unit, we study motion — specifically how objects move without considering the forces that cause the motion. You will learn how to describe motion using displacement, time, velocity, and acceleration, and how these quantities are connected through equations and graphs. A strong understanding of kinematics is essential, as it forms the foundation for the rest of the course.

September 17, 2026

0 – Kinematics Notes

Special thanks to Marc Lam, Physics Teacher, VSB

September 17, 2026

1 – Uniformly Accelerated Motion

September 18, 2026

2 – Uniformly Accelerated Motion 2

September 21, 2026

3 – Uniformly Accelerated Motion – FreeFall

September 22, 2026

4 – Reaction Time Lab

September 23, 2026

5 – Uniform Motion

September 24, 2026

6 – Position vs Time

September 25, 2026

7 – Velocity vs. Time

September 28, 2026

8 – Motion Graphs

September 29, 2026

9 – Kinematics Review

October 1, 2026

10 – Right-Angle Trigonometry

October 2, 2026

0 – Vectors Notes

Special thanks to Marc Lam, Physics Teacher, VSB

October 2, 2026

11 – Axis Vectors

October 5, 2026

12 – Kinematics Quiz – One Dimension

Available Upon Request

Available Upon Request

October 6, 2026

15 – Sine & Cosine Law

October 7, 2026

13 – One Axis Vector & One Angled Vector

October 8, 2026

16 – Drawing Two Angled Vectors

October 9, 2026

17 – Two Angled Vectors

October 13, 2026

14 – Acceleration due to Gravity Lab

October 14, 2026

18 – Horizontal Projectiles

October 15, 2026

19 – More Horizontal Projectiles

October 16, 2026

20 – Even More Horizontal Projectiles

October 19, 2026

21 – The Great Table Launch

October 20, 2026

22 – Projectiles Launched at Angles

October 21, 2026

23 – More Projectiles Launched at Angles

October 22, 2026

24 – Projectile Motion Lab (Throwing a Ball)

October 26, 2026

25 – Projectile Motion Review

October 27, 2026

26 – Kinematics Exam

Available Upon Request

Available Upon Request