07:49

How to set up a Millikan Apparatus (for video capture)

04:06

Hang Time

10:38

Kicking Cancer Cynthia Mulligan CityNews

37:14

SPH3U 5.02: Kirchhoff's Laws and Resistance Circuits

22:24

SPH3U 5.01: Energy and Electricity

20:33

SPH3U 4.09: Nuclear Energy Sources and Nuclear Decay

11:21

SPH3U 4.11: Half Life and Radioactive Dating

23:05

SPH3U 4.06: Heating Curve of Water and Latent Heat (+ Homework Answers)

13:59

SPH3U 4.10: Mass Energy Equivalence

13:16

SPH3U 4.07: Calorimetry and Thermal Energy Transfer

39:38

SPH3U 4.05: Thermal Energy (+ Homework Answers)

28:59

SPH3U 4.03: Power and Efficiency (+ Homework Answers)

08:58

SPH3U 4.02: Conservation of Mechanical Energy

17:38

SPH3U 4.01: Homework Answers

20:06

SPH3U 4.01: Work and Energy

11:33

SPH3U 3.09: Apparent Weight (+ Homework Answers)

27:00

SPH3U 3.08: Universal Law of Gravity (+ Homework Answers)

13:49

SPH3U 3.06: Newton's 2nd Law (Lab instruction)

46:05

SPH3U 3.07: FBD involving an Inclined Plane (+ Homework Answers)

44:39

SPH3U 3.05: Solving FBD with Multiple Objects (+ Homework Answers)

16:03

SPH3U 3.04: Tension (+ Homework Answers)

53:13

SPH3U 3.01: Newton's Laws & Free Body Diagrams (+ Homework Answers)

38:47

SPH3U 3.03: Friction (+ Homework Answers)

22:16

SPH3U 3.02: FBD in Two Dimensions (+ Homework Answers)

15:15

SPH3U 6.07: Interference of Waves & Beat Frequency

07:10

The Adventures of Induction Current!

05:19

SPH3U 2.08: Projectile Motion (Part 2)

15:02

SPH3U 2.07: Projectile Motion (Part 1)

21:34

SPH3U 2.01: Resultant Displacement (Graphical Method)

17:27

SPH3U 2.06: Relative Velocity (Part 2)

15:17

SPH3U 2.05: Relative Velocity (Part 1)

09:42

SPH3U 2.03: Resultant Displacement (Trigonometric Method)

15:34

SPH3U 2.02: Resultant Displacement (Component Method)

21:21

SPH3U 6.04: Superposition & Standing Waves

16:40

SPH3U 6.03: Doppler Effect & Mach Speeds

31:32

SPH3U 6.02: Wave Propagation

26:13

SPH3U 6.01: Mechanical Waves

52:26

SPH3U Electromagnetism: The Three Right Hand Rules Oersted, Solenoid & Motor Principle

18:02

SPH4U 3.07: Electric Fields in 2 Dimensions

22:40

SPH4U 1.08: Average Acceleration

25:46

SPH4U 2.02: Energy in Springs And a bit of Calculus

15:23

SPH4U 3.06: Electric Fields in 1 Dimension

15:50

SPH4U 3.05: Charges & Coulomb's Law

06:50

SPH4U 1.20: Centripetal Forces Application Problems

14:15

SPH4U 1.19: Frame of Reference & Centripetal Forces

25:43

SPH4U 3.09: Electric Potential and Electric Potential Energy of Point Charges

13:54

SPH4U 3.11: Applications of Electric Fields

18:47

SPH4U 1.14: Tension & Pulley Systems

23:45

SPH4U 3.03: Energy Wells & Binding Energy

26:12

SPH4U 1.13: Friction & Inclined Planes

13:18

SPH4U 1.04: Motion with Two Bodies

42:48

SPH4U 3.02: Gravitational Potential Energy & Escape Speed

24:42

SPH4U 3.08: Electric Potential and Potential Difference

19:02

SPH4U 1.18: Apparent Weight & Centripetal Acceleration

18:07

SPH4U 1.15: Static Equilibrium, Torque & Centre of Gravity

07:52

Calculus: How to find a slope of a tangent

28:21

SPH4U 3.10: Uniform Electric Fields and Millikan's Experiment

26:08

SPH4U 1.05: Projectile Review

21:28

SPH3U 4.02: Homework Answers

29:13

Physics: A World in Motion - Charge on the Electron