51:37
ENGR 213 Lecture 01: Course Overview (2020.08.24)
Gregory Michaelson
51:45
ENGR 213 Lecture 02: Physics Review & Units (2020.08.26)
34:26
ENGR 213 Lecture 03: Dimensions & Math [Trig] Review (2020.08.28)
51:29
ENGR 213 Lecture 04: Introduction to Vectors & Vector Addition (2020.08.31)
43:18
ENGR 213 Lecture 05: More Examples of Vector Addition (2020.09.02)
51:39
ENGR 213 Lecture 06: Rectangular Components of Vectors (2020.09.04)
43:56
ENGR 213 Lecture 07: Static Equilibrium in 2D (2020.09.09)
51:20
ENGR 213 Lecture 08: 2D Equilibrium [cont'd] & Pulley Problems (2020.09.11)
51:54
ENGR 213 Lecture 09: Describing Vectors in 3D (2020.09.14)
45:39
ENGR 213 Lecture 10: Static Equilibrium in 3D (2020.09.16)
51:09
ENGR 213 Lecture 11a: Cross Products of Vectors (2020.09.18)
3:07
ENGR 213 Lecture 11b: Cross Products with the Casio fx-115 ES PLUS (2020.09.18)
51:33
ENGR 213 Lecture 12: Exam 1 Review (2020.09.21)
51:14
ENGR 213 Lecture 14: Introduction to Moments and r × F (2020.09.25)
47:01
ENGR 213 Lecture 15: Computing Moments in 2D (2020.09.28)
51:55
ENGR 213 Lecture 16: Dot Products & Moments About an Arbitrary Axis (2020.09.30)
53:44
ENGR 213 Lecture 17: Force Couples (2020.10.02)
53:25
ENGR 213 Lecture 18: Equivalent Systems in 2D (2020.10.05)
53:16
ENGR 213 Lecture 19: Equivalent Systems in 3D (2020.10.07)
51:01
ENGR 213 Lecture 20: Support Reactions in 2D - Simple Supports (2020.10.09)
41:26
ENGR 213 Lecture 21: Support Reactions in 2D - Fixed Supports (2020.10.12)
51:17
*ENGR 213 Lecture 22a: Support Reactions in 3D - Simple Supports (2020.10.14)
15:29
ENGR 213 Lecture 22b: Clarification of In-Class Example (2020.10.14)
54:57
ENGR 213 Lecture 23: Support Reactions in 3D - Additional Example (2020.10.16)
53:53
ENGR 213 Lecture 24: Exam 2 Review (2020.10.19)
53:33
ENGR 213 Lecture 26: Deriving Expressions for Centroids (2020.10.23)
52:34
ENGR 213 Lecture 27: Centroids of Composite Shapes (2020.10.26)
53:14
ENGR 213 Lecture 28: Centroids of Lines, Handling Distributed Forces (2020.10.28)
51:26
ENGR 213 Lecture 29: Centroids of Volumes, Intro to Moments of Inertia (2020.10.30)
53:05
ENGR 213 Lecture 30: Moments of Inertia & The Parallel-Axis Theorem (2020.11.02)
51:27
ENGR 213 Lecture 31a: Solving Trusses with the Method of Joints (2020.11.04)
30:56
ENGR 213 Lecture 31b: Completed Solution - Method of Joints (2020.11.04)
55:11
ENGR 213 Lecture 33: Solving Trusses with the Method of Sections (2020.11.09)
53:56
ENGR 213 Lecture 34: Introduction to Shear/Moment Diagrams (2020.11.11)
53:07
ENGR 213 Lecture 35: Shear/Moment Diagrams for Distributed Loads (2020.11.13)
51:07
ENGR 213 Lecture 36: Exam 3 Review (2020.11.16)
51:36
ENGR 213 Lecture 39: Problems Involving Friction (2020.11.30)
46:59
ENGR 213 Lecture 40: Comprehensive Course Review (2020.12.02)
49:36
ENGR 213 Lecture 41: Exam 4 Review (2020.12.04)
