Bibliographic details of "Vector Mechanics for Engineers: Statics" and every note, problem and app that cites it.
Build a force in space from its components, its three direction angles, two angles or two points, turn the 3D view with the mouse, and add several forces into one.
Used at:Ch. 2, §2.4 Adding Forces in Space
See what the dot product means: the angle between two directions and the part of a force along a line, drawn in 3D with its perpendicular part and a right-angle mark.
Used at:Ch. 3, §3.2 (Scalar Product of Two Vectors)
Split a force into two parts along any two directions, perpendicular or not, or into x and y parts from an angle or a slope, with every step shown on the drawing.
Used at:Ch. 2, §2.1 (Resolution of a Force into Components)
Add any number of forces in a plane with a clear component table and a force polygon, or find the force that is missing, that balances the others or that turns the resultant to a wanted direction.
Used at:Ch. 2, §2.2 Adding Forces by Components
Drag two or more forces and watch their resultant appear by the parallelogram, triangle or polygon rule, with the magnitude and direction worked out live.
Used at:Ch. 2, §2.1 Addition of Planar Forces
