Question

The no of equations for equilibrium of concurrent forces in space is

Answer 1

Explanation:

For concurrent forces, the body is a point. So for concurrent forces in equilibrium, the forces should all add up to give zero. If a body is not accelerating is in equilibrium, so resultant of all forces = 0. A typical concurrent force situation is a lifting eye.

Answer 2

Answer:

for current forces the body is a point. So for current forces in equilibrium, the forces should all add up to give zero

Explanation:

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