Locate the centroid (x, y) of shaded area
8:03
Locate the centroid (x, y) of shaded area
Determine location (x, y) of the centroid C of area
5:04
Determine location (x, y) of the centroid C of area
Determine location y of centroidal axis xx of beam’s cross-sectional area
5:23
Determine location y of centroidal axis xx of beam’s cross-sectional area
Centroid Location of Complex Shapes
11:07
Centroid Location of Complex Shapes
Concept of Centroid & its location
15:29
Concept of Centroid & its location
Center of Gravity, CG
2:56
Center of Gravity, CG
Center of Gravity and Centroids
0:52
Center of Gravity and Centroids
Application of Center of Mass
1:02
Application of Center of Mass
Determine smallest coefficient of static friction between shoes and floor of man pushing the Desk
3:52
Determine smallest coefficient of static friction between shoes and floor of man pushing the Desk
The doorstop is pin connected. Determine the required distance from A to floor
4:48
The doorstop is pin connected. Determine the required distance from A to floor
The motorcyclist travels with constant velocity along inclined road. Determine frictional force
6:32
The motorcyclist travels with constant velocity along inclined road. Determine frictional force
A man pushes the refrigerator, determine smallest coefficient of friction b/w his shoes and floor
10:28
A man pushes the refrigerator, determine smallest coefficient of friction b/w his shoes and floor
Find smallest force that will cause impending motion (tipping or slipping) of drum
4:05
Find smallest force that will cause impending motion (tipping or slipping) of drum
A uniform ladder against smooth wall (no friction). Find minimum force to move( tip or slide) ladder
10:38
A uniform ladder against smooth wall (no friction). Find minimum force to move( tip or slide) ladder
Determine the static coefficient of friction between vending m/c and surface of truck bed
1:37
Determine the static coefficient of friction between vending m/c and surface of truck bed
If a force is applied to uniform crate, determine whether it remains in equilibrium?
4:26
If a force is applied to uniform crate, determine whether it remains in equilibrium?
IMPENDING TIPPING versus SLIPPING – part 2
8:57
IMPENDING TIPPING versus SLIPPING – part 2
IMPENDING TIPPING versus SLIPPING
19:30
IMPENDING TIPPING versus SLIPPING
Procedure for Analysis of dry friction
4:37
Procedure for Analysis of dry friction
Coefficient of friction
4:51
Coefficient of friction
Angle of Friction
5:03
Angle of Friction
FRICTION CHARACERISTICS
29:04
FRICTION CHARACERISTICS
CHARACTERISTICS OF DRY FRICTION
7:35
CHARACTERISTICS OF DRY FRICTION
Friction and its Applications
1:29
Friction and its Applications
Space Truss - Determine the forces acting in the members of the space truss
6:50
Space Truss - Determine the forces acting in the members of the space truss
Determine the force in members of the truss which serves to support the deck of a bridge
4:27
Determine the force in members of the truss which serves to support the deck of a bridge
Determine the force in members of truss. Indicate whether the members are in tension or compression.
5:26
Determine the force in members of truss. Indicate whether the members are in tension or compression.
Determine the force in members and indicate if the member is in tension or compression
12:30
Determine the force in members and indicate if the member is in tension or compression
Method of Sections
5:29
Method of Sections
Determine the horizontal and vertical components of force C. Solving for Structure “A”
7:36
Determine the horizontal and vertical components of force C. Solving for Structure “A”