AP Physics C: 40 Rotation Multiple Choice Questions

Описание: Blank Problem Set: https://drive.google.com/file/d/1DOin...

Solutions: https://drive.google.com/file/d/1cl-p...

0:00: #1: Momentum of a Rolling Object
1:40: #2: Angular Kinematics
3:15: #3: More angular kinematics
5:00: #4: Comparing angular velocity at different points
6:55: #5: Static Equilibrium on a wheel
11:40: #6: Bowling Ball rolling up a ramp max height
14:40: #7: FBD of an object rolling down an incline
17:10: #8: Translation to Rotation KE Ratio for a Hoop
19:40: #9: Moment of Inertia Lab Graph Analysis
21:40: #10: Tensions in a massive pulley
25:00: #11: Hoop vs Disk max height
28:00: #12: Average Power input to a wheel
30:30: #13, #14: Horizontal Hanging Beam Equilibrium
35:00: #15: Ladder static equilibrium
40:20: #16: Static Equilibrium on a board
42:10: #17: Hand Rotating a Disk
44:25: #18: Parallel Axis Theorem for a rod
46:30: #19, #20: CoM and Moment of Inertia of a system of particles
50:25: #21: Calculus Kinematics
51:20: #22: Another rod Parallel Axis Theorem
53:40: #23: Parallel Axis Theorem for a barbell
55:15: #24: Hoop vs Disk race down a ramp
56:35: #25: Static Equilibrium of an angled rod
59:10: #26: Comparing linear and angular velocity for a bike
1:00:45: #27: Double-Pulley static equilibrium
1:02:00: #28: I forgot to do this one... Answer is B since the forces cancel
1:02:05: #29: Angular Speed of two gears
1:03:30: #30: Generating Equivalent Torque
1:05:35: #31: Calculating Rotational KE
1:06:15: #32: Meterstick Net Torque
1:08:30: #33: Plywood Equilibrium
1:10:00: #34: Calculating Angular Velocity
1:11:15: #35: Comparing Moments of Inertia
1:12:20: #36: Angular Kinematics (Again)
1:13:00: #37: Different Shapes Racing Down an Incline
1:14:25: #38: Rotational Kinematics (with revolutions)
1:15:40: #39: Moment of Inertia of a System
1:16:50: #40: Triple Pulley Equilibrium