In a tonga,a horse pulls a wagon. Which is th | vedclass

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(C) According to Newton's third law of motion,the force exerted by the horse on the wagon $(T)$ and the force exerted by the wagon on the horse $(T)$

Vedclass · Accepted Answer

The horse's force on the wagon is as strong as the force of the wagon on the horse.

Vedclass · Answer

(C) According to Newton's third law of motion,the force exerted by the horse on the wagon $(T)$ and the force exerted by the wagon on the horse $(T)$ are equal in magnitude and opposite in direction. These forces act on different bodies,so they do not cancel each other out.For the wagon to move forward,the forward force exerted by the horse on the wagon $(T)$ must be greater than the opposing frictional force $(f_w)$ acting on the wagon. For the horse to move forward,the horse pushes the ground backward with its feet,and the ground exerts a forward frictional force $(f_M)$ on the horse. The horse moves forward if this forward frictional force $(f_M)$ is greater than the backward tension $(T)$ exerted by the wagon.Therefore,the statement that the horse's force on the wagon is as strong as the force of the wagon on the horse is correct,as it describes the action-reaction pair.

Column-$I$	Column-$II$
$(1)$ Change in momentum	$(a)$ Force
$(2)$ Rate of change of momentum	$(b)$ Impulse

In a tonga,a horse pulls a wagon. Which is the correct analysis of the situation?

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