01:47
Power
03:41
Vector Components on an Incline
05:19
Multiview Drawings
05:47
Rotational Kinematics Introduction
08:47
Snell's Law Example Problem
02:57
Snell’s Law
02:05
Introduction to Waves
10:47
AP Physics Angular Momentum Example Problems
14:20
Rotational Energy Practice Problem
10:16
Introduction to LOL Diagrams
06:45
Solving Energy Conservation Problems
12:16
Drag Force Example Problem Part 2
05:00
Drag Force Example Problem - Part 1
05:31
Drag Force
03:14
Kinematics in Multiple Dimensions
04:19
Vectors
17:37
Kinematics with Calculus
09:45
Complex Circuits: VIR Charts
07:31
Complex Circuits: Equivalent Resistance
09:56
Calculations in Circuits
13:03
RC Circuits
05:19
Introduction to Mirrors
08:35
Circuits & Kirchhoff's Laws
08:01
Current, Current Density, and Drift Speed
13:50
Electric Fields
03:17
Newton's 2nd Law for Rotation
17:28
Moment of Inertia for AP Physics C
02:18
Linear Momentum & Impulse (AP Physics)
07:45
Applying Newton’s 2nd Law (angled forces)
09:24
More Vector Math
08:27
Work from a Variable Force
05:28
Free Body Diagrams
03:35
Acceleration Basics
05:49
CVPM Calculations
06:15
CVPM definitions
04:29
Quantities in Series and Parallel Circuits
15:46
Intro to Multisim for TinEE House Project
03:37
Types of Circuits
05:16
Forces on Two Parallel, Current Carrying Wires
18:10
Biot-Savart Law
04:10
Torque on a Current Carrying Loop
03:02
Magnetic Force on a Current Carrying Wire
04:41
Total Internal Reflection
11:16
Magnetic Force on Charged Particle
10:13
Capacitor-only Circuits
03:42
Resistance vs Resistivity
01:13
Introduction to Waves
05:44
Electric Potential
02:54
Momentum Introduction
05:38
AP Physics - Angular Momentum
05:41
Cross Product
03:47
Friction Basics
08:59
NFPM Practice Problem
04:34
Unit Conversions
05:25
Kirchhoff’s Law
03:15
Circuit Diagrams
08:56
Intro to Circuits - Vocabulary
06:40
Methods of Charging
05:07
Refraction
02:14
Angular Momentum
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