17:18

How to solve moment of inertia of composite figures - Statics of Rigid Bodies

22:05

Centroid of Composite Figures - Statics of Rigid Bodies

17:03

Method of Members Sample Problem

28:47

Method of Sections Sample Problem - Statics of Rigid Bodies

27:52

Method of Joints Sample Problem - Statics of Rigid Bodies

24:06

Method of Joints Sample Problem - Statics of Rigid Bodies

32:42

Method of Joints Sample Problem - Statics of Rigid Bodies

21:18

Problem: Equilibrium of Nonconcurrent Force System - Statics of Rigid Bodies

05:28

Problem: Moment of a Force - Statics of Rigid Bodies

01:01

Statics of Rigid Bodies Formulas and Concepts (Equilibrium)

04:52

Problem: Conversion of Units, ksi (kip per square in) to MPa (MegaPascal) = Statics of Rigid Bodies

04:22

Problem: Conversion of Units, kPa (kiloPascal) to psf (lb per square ft) - Statics of Rigid Bodies

10:48

Problem: Moment of a Force - Statics of Rigid Bodies

05:34

Problem: Moment of a Force - Statics of Rigid Bodies

05:49

CALTECH: Solving Two Equations Two Unknowns Using Canon and Casio Calcultor, Mode 5 1

12:41

Problem: Tangential and Normal Components of a Force - ...to components normal and tangential to AC.

01:56

Statics of Rigid Bodies Formulas and Concepts (Resultant of Parallel Force System)

01:30

Statics of Rigid Bodies Formulas and Concept (Moment of Forces)

01:47

Statics of Rigid Bodies Formulas and Concept (Resultant of Concurrent Force System)

02:14

Soil Mechanics Formulas (Atterberg Limits)

01:15

Standard Sieve Sizes (Sieve No. and Opening Size)

01:41

Soil Particle Size Classification #uscs #usda #aashto #mit

01:22

Laplace Transform Formulas

01:49

Soil Mechanics Formulas (Weight-Volume Relationship)

01:16

Horizontal and Vertical Components of a Force (Rectangular Components)

01:16

Formulas for Triangles

05:52

CALTECH: Centroids using Calculator Technique

02:30

MADE EASY! Rectangular Components of a Force with a Slope Triangle

23:33

Review 1: Equilibrium of Nonconcurrent Force System

10:32

Review 2: Equilibrium of Parallel Force System

24:14

Review 1: Equilibrium of Parallel Force System

30:27

Review 2: Equilibrium of Concurrent Force System

18:47

Review 1: Equilibrium of Concurrent Force System

27:06

Problem: Equilibrium of Nonconcurrent Force System - Determine the load P required to hold bar AB...

13:00

Problem: Equilibrium of Nonconcurrent Force System - The truss shown is supported on rollers at A...

48:10

Statics of Rigid Bodies - Equilibrium of 3D Force System

29:57

Statics of Rigid Bodies - Moment of a Force in 3D (Three Dimensions)

34:27

Statics of Rigid Bodies - Resultant of 3D Concurrent Force System

31:43

Statics of Rigid Bodies - Components of a Force in 3D (Three Dimensions)

12:05

Problem: Axial Deformation - In the composite material shown, compute the deformation each in rod...

12:27

Problem: Shear, Bearing and Tensile Stress - The lap joint is connected by three 20-mm diameter r...

10:43

Problem: Internal Resultant Loadings - Determine the internal normal force, shear force, and bend...

08:50

Problem: Normal (Axial) and Shear Strain - An initially rectangular element of a material is defo...

34:06

Problem: Allowable Stresses - The boom AC is a 4-in. square steel tube with a wall thickness of 0...

22:24

Problem: Normal Stress - The cross-sectional area of each member of the truss is 1.75 sq. in. Cal...

23:09

Problem: Rolling Bodies - The compound disk and drum shown in the figure is acted upon by a forc...

25:57

Problem: Rolling Bodies - The body shown in the figure consists of two solid cylinders between wh...

49:31

Dynamics of Rigid Bodies - Rolling Bodies

54:40

Dynamics of Rigid Bodies - Instantaneous Center

01:01:12

Dynamics of Rigid Bodies - Plane Motion (Sample Problems)

01:04:48

Dynamics of Rigid Bodies - Plane Motion (Definition and Analysis)

30:21

Problem: Non-Centroidal Rotation - The bent bar shown in the figure weighs 16.1 lb per ft. It res...

01:24:14

Dynamics of Rigid Bodies - Non-Centroidal Rotation

31:10

Problem: Centroidal Rotation - Determine the time required for the compound pulley shown in the f...

04:26

Problem: Rotation with Constant Angular Acceleration - When the angular velocity of a 4-ft diamet...

09:43

Problem: Rotation with Constant Angular Acceleration - The rim of a 50-in. wheel on a brakeshoe t...

01:17:59

Dynamics of Rigid Bodies - Rotation with Constant and Variable Angular Acceleration

01:18:16

Dynamics of Rigid Bodies - Centroidal Rotation

19:38

Problem: A stone is thrown with an initial velocity of 100 ft/s upward at 60° to the horizontal. ...

12:30

Problem: Curvilinear Motion - In the figure, a ball thrown down the incline strikes it at a dista...