CVEN 221 - STATICS
Example Problems

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Material Covered Video Notes

Determine the x, y, and z scalar components of a force. Express the force in Cartesian vector form. Determine the magnitude of the rectangular component of a given force along the line of action of a second force.

 Text Problem #2-65
a  b  c  d  e  f		 2-65 notes
Centroids Video Class notes
Reactions Video Class notes
Frame reactions Video Class notes
Volumes of rotation Video Class notes
Water pressure Video Class notes
Flexible cable forces Video Class notes
Truss member forces by method of joints Video Class notes
Truss member forces by method of sections Video Class notes
Friction Video Class notes
Internal member forces - Axial Video Class notes
Internal member forces - Torque Video Class notes
Internal shear and moment at a point in a frame Video Class notes
Forces on pins in frames Video Class notes
Shear and moment (V&M) diagrams by equilibrium (cut-cut-cut) Video Class notes
Shear and moment (V&M) diagrams Video Class notes
V&M diagrams for a 1200N concentrated load on simply supported beam Video Class notes
V&M diagrams for a 2k/ft distributed load on left end of simply supported beam Video Class notes
V&M diagrams for a 2k/ft distributed load in center of simply supported beam. Also, how to write V&M equations for the diagram. Video Class notes
V&M diagrams for a 2k/ft uniform/triangular distributed load over whole extended simply supported beam. Also, how to write V&M equations. Video Class notes
Moment of inertia for an I shape Video Class notes
Moment of inertia for a T shape Video Class notes
Moment of inertia for a rectangle with semicircular holes Video Class notes
Moment of inertia for a rectangle with triangular hole Video Class notes

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