-
An Introduction and Fundamentl Concepts
16:19
-
Vector Language | Vector Addition
12:57
-
Vector Addition | Triangle Rule
16:10
-
Vector Addition | Cartesian & Vector Notation
23:09
-
Vector Addition | 2D Vectors
13:37
-
Cartesian Coordinates
08:25
-
Non-Orthogonal Systems | Find Vector Components
07:03
-
Spherical Coordinates | 3D Vectors
15:09
-
Spherical Coordinates | Drill Problems Practice
12:32
-
Directional Cosines | 3D Vectors
13:41
-
Given Coordinates | 3D Vectors
12:39
-
Vector Forces | 3D Resultant
17:57
-
Vectors and Projections | Dot Product
23:55
-
Equilibrium of a Particle | Scalar Equations
11:07
-
Straight Strings
09:12
-
Tension | Pully
10:53
-
Tension | Spring
14:25
-
Tension | 2D Statics on a Particle
17:43
-
Unit Vectors | 3D Equilibrium of a Particle
17:48
-
3D Vectors
14:46
-
Statics on a Rigid Body
24:05
-
2D Moment About a Point | 2 Methods
12:02
-
2D Min Max Moment Calculation
12:41
-
3D Moment About a Point | Example
11:30
-
Moment | Specified Axis
10:13
-
Moment of a Couple | 3D
11:02
-
Review Summary | Exam 1
07:03
-
3D Vector Addition | Review Problem 1
19:48
-
2D Forces on a Particle | Review Problem 2
13:18
-
3D Statics on a Particle | Review Problem 3
20:03
-
2D Moment Example | Review Problem 4
06:11
-
Moment Example | Review Problem 5
13:55
-
Equivalent Systems Simplification | Burrito Force
19:09
-
Equivalent Systems | Further Simplification
11:09
-
2D Reaction at Supports | Example Problem
13:45
-
3D Reaction | Forces Illustrated
10:00
-
2D Reactions at the Supports | System Equilibrium
15:20
-
2D System Equilibrium | Force Problem
07:35
-
2D Reactions at the Supports | Pulley
07:27
-
2D Reactions | Tipping Problem
08:07
-
3D Equilibrium of a Rigid Body | 6 Equations
10:14
-
3D Reaction Force Problem | Rigid Body Equilibrium
19:34
-
Intro to Centroids
12:59
-
Centroids by Composite Shapes | Table Method
13:59
-
Center of Area | Centroid Using Composite Shapes
08:44
-
Centroid of a Volume | Table Method
12:38
-
Body with Different Densities | Centroid of Mass
12:42
-
Intro to Centroid by Calculus Method | Flip the Strip Method
15:44
