3) 4 ptsConsider a body with exactly two forces F1 and F2 acting on it. It is in static equilibrium - that is, its center of mass is not accelerating, nor is it rotating. What can you say about the two forces?

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Step 3: If you have a Force Table with 3 forces in static equilibrium acting on a ring (with f1 at 2.00N and 0 degrees, f2 at 2.00N and120 degrees, and f3 at 2.27N and-150 degrees) and you add .30N to f2, can you regain static equilibrium by only increasing or decreasing the angle of f2?

Equilibrium of Forces: The forces F₁, F₂, …, F_n acting at the same point P are said to be in equilibrium if the resultant force is zero, that is, if F₁₊ F₂₊ … F_n=0Find

(a) the resultant forces acting at P, and

(b) the additional force required (if any) for the forces to be in equilibrium.

F₁ = 〈2, 5〉, F₂ = 〈3, −8〉