Question

For a body to be equilibrium under the combined action of several forces: A. all of the forces are composed of pairs of equal and opposite forces B. the sum of the components of all the forces in any direction must equal zero C. all the forces must be applied at the same point D. any two of these forces must be balanced by a third force

          For a body to be equilibrium under the combined action of several forces:
A. all of the forces are composed of pairs of equal and opposite forces
B. the sum of the components of all the forces in any direction must equal zero
C. all the forces must be applied at the same point
D. any two of these forces must be balanced by a third force

For a body to be equilibrium under the combined action of several forces:
A. all of the forces are composed of pairs of equal and opposite forces
B. the sum of the components of all the forces in any direction must equal zero
C. all the forces must be applied at the same point
D. any two of these forces must be balanced by a third force

Added by Ryan B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Raj Bala

02/25/2022

Step 1

For a body to be in equilibrium, the net force acting on it must be zero. This means that the forces acting on the body should balance each other out. Show more…

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For a body to be in equilibrium under the combined action of several forces, all of the forces must be composed of pairs of equal and opposite forces. The sum of the components of all the forces in any direction must equal zero. All the forces must be applied at the same point. Any two of these forces must be balanced by a third force.