01:49

Public Service Announcement

14:00

CIVL202 Statics LO6.3-4 Product of Inertia

09:52

CIVL202 Statics LO6.2 Composite Body Moment of Inertia

19:48

CIVL202 Statics LO6.1 Moment of Inertia

11:03

CIVL202 Statics LO4.3.2 Screws

09:11

CIVL202 Statics LO4.3.3 Belt Friction

18:29

CIVL202 Statics LO4 Dry Friction

08:38

CIVL203 LO3.5.3.2 Method of Sections for Trusses

17:40

CIVL LO4.3.2.2 Zero Force Members

20:18

CIVL202 Statics LO4.3.2 Truss Analysis

14:18

CIVL202 Statics LO3.2.3.2 3D Rigid Body Equilibrium

20:45

CIVL202 Statics LO3.5 Internal Forces

15:13

CIVL202 Statics LO3.3 Two and Three Force Members

14:27

CIVL202 Statics LO3.4.1 Frames and Machines

05:36

CIVL202 Statics LO3.2 2D EoEs

17:31

CVIL202 Statics LO3.2.1 2D Rigid Body FBDs

05:05

CIVL202 Statics LO3.1-2 Rigid Body Equilibrium

24:18

CIVL202 Statics LO5.3 Distributed Loads

07:50

CVIL202 Statics LO5.2.3 Area Centroid by Composite Body Theory

09:59

CIVL202 Statics LO5.2 Area Centroid by Integration

20:17

CIVL202 Statics LO5.1 Center of Gravity to Centroids

12:21

CIVL202 Statics LO1.4 Equivalent Systems

07:07

CIVL202 Statics LO1.3.4 Equivalent Moments

14:46

CIVL202 Statics LO1.3 Applied Moments

20:20

CIVL202 Statics LO1.3.3 Moments in 3D

23:26

CIVL202 Statics LO1.3.1-1.3.2 Moments in 2D

03:21

CIVL202 Statics LO2.2.2 3D Equations of Equilibrium (EoE)

03:12

CIVL202 Statics LO2.2.2 2D Equations of Equilibrium (EoE)

09:36

CIVL202 Statics LO2.2.1 Free Body Diagrams (FBD)

04:42

CIVL202 Statics LO2.1 Intro to Particle Equilibrium

03:48

CIVL202 Statics LO1.2.2.2 Vector Addition Part 3 (3D)

18:05

CIVL202 Statics LO1.2.3 Force Along a Line

26:39

CIVL202 Statics LO1.1.4 Vector Representations (3D)

05:15

CIVL202 Statics LO1.2.2.1 Vector Addition Part 2 (2D - Easy)

17:41

CIVL202 Statics LO1.1.3 Vector Components (2D - SN CVN)

12:53

CIVL202 Statics LO1.1.2 Vector Addition Part 1 (2D - Hard)

11:27

CIVL202 Statics LO1.1.1 Vector Terms

09:28

CIVL202 Statics LO0 Problem Solving Procedure

18:33

CIVL202 Statics LO0.1.1 Physics Review

11:29

CIVL202 Statics LO0.2 Reading

09:43

CIVL202 Statics LO0.1 Intro and Classical Model

17:10

CIVL203 Dynamics LO5.2 Rigid Body Work Energy

04:21

CIVL203 Dynamics LO5.1.4.2 Multipart Systems

03:28

CIVL203 Dynamics LO5.1.1.4 Constrained Motion

14:47

CIVL203 Dynamics LO5.1 Rigid Body EoM

04:40

CIVL203 Dynamics LO4.3.3.2, 4.4.4.2 Bar Linkages

14:18

CIVL203 Dynamics LO4.4 Rigid Body Plane Motion Acceleration

08:25

CIVL203 Dynamics LO4.3.2 Velocity using ICR

10:11

CIVL203 Dynamics LO4.3.1 Rigid Body Plane Motion Velocity

17:35

CIVL203 Dynamics LO4.2 Fixed Axis Rotation

06:29

CIVL203 Dynamics LO4.1 Rigid Body Translation

08:17

CIVL203 Dynamics LO3.4 Kinematic Triage

09:10

CIVL203 Dynamics LO3.2 Conservation of Energy

14:18

CIVL203 Dynamics LO3.3.2 Impacts

13:12

CIVL203 Dynamics LO3.3.1 Impulse Momentum Equations

11:04

CIVL203 Dynamics LO3.2 Work-Energy Equation

13:52

CIVL203 Dynamics LO3.1 Equations of Motion

06:05

CIVL203 Dynamics LO2.3.1.2 Relative Motion 2D

07:53

CIVL203 Dynamics LO2.4.3 Polar Coord Sys

10:28

CIVL203 Dynamics LO2.4.2 Path Coord. Sys.