Three forces act on a body and the body stays at equilibrium. The direction of the two forces are shown in the figure. The direction of the third force to keep the body in equilibrium is (Given $F_{1} = F_{2}$ )

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Solution

The correct option is C
As shown in the figure, the resultant force will lie in between the two forces as $F_{1} = F_{2}$ . Hence, for the body to stay in equilibrium the third force must be present in opposite to the resultant force.

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Three forces act on a body and the body stays at equilibrium. The direction of the two forces are shown in the figure. The direction of the third force to keep the body in equilibrium is (Given F1=F2)

The correct option is C As shown in the figure, the resultant force will lie in between the two forces as F1=F2. Hence, for the body to stay in equilibrium the third force must be present in opposite to the resultant force.

Three forces act on a body and the body stays at equilibrium. The direction of the two forces are shown in the figure. The direction of the third force to keep the body in equilibrium is (Given $F_{1} = F_{2}$ )

The correct option is C
As shown in the figure, the resultant force will lie in between the two forces as $F_{1} = F_{2}$ . Hence, for the body to stay in equilibrium the third force must be present in opposite to the resultant force.