When a horse pulls a wagon, force that causes horse to move forward is force

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4-1.Newton's Laws of Motion

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When a horse pulls a wagon, the force that causes the horse to move forward is the force

The ground exerts on it

It exerts on the ground

The wagon exerts on it

It exerts on the wagon

Solution

(a) When the horse pulls the wagon, it pushes the ground in the backward direction. Due to the third law of motion, the ground exerts a forward force which has the same magnitude. As the backward force applied by the wagon is weaker than the force applied by the horse, the wagon moves in the forward direction.

Standard 11

Physics

Block of $3\,kg$ is initially in equilibrium and is hanging by two identical springs $A$ and $B$ as shown in figures. If spring $A$ is cut from lower point at $t=0$ then, find acceleration of block in $ms ^{-2}$ at $t =0$.

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Which of the following is self adjusting force?

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The force-time $(F -t) $ curve of a particle executing linear motion is as shown in the figure. The momentum acquired by the particle in time interval from zero to $8$ second will be ……….. $N-s$

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A lift is going up. The total mass of the lift and the passenger is $1500\, kg$. The variation in the speed of the lift is as given in the graph. The tension in the rope pulling the lift at $t = 11^{th}\, sec$ will be ………… $N$

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A ball is suspended on a thread from the ceiling of a car. The brakes are applied and the speed of car changes from $5\, m/sec$ to $\frac{5}{3}\, m/sec$ during the time interval of $3\,seconds$ . The angle that the thread will deviate from vertical in new equilibrium position :-

normal

When a horse pulls a wagon, the force that causes the horse to move forward is the force

Solution

Similar Questions

Block of $3\,kg$ is initially in equilibrium and is hanging by two identical springs $A$ and $B$ as shown in figures. If spring $A$ is cut from lower point at $t=0$ then, find acceleration of block in $ms ^{-2}$ at $t =0$.

Which of the following is self adjusting force?

The force-time $(F -t) $ curve of a particle executing linear motion is as shown in the figure. The momentum acquired by the particle in time interval from zero to $8$ second will be ……….. $N-s$

A lift is going up. The total mass of the lift and the passenger is $1500\, kg$. The variation in the speed of the lift is as given in the graph. The tension in the rope pulling the lift at $t = 11^{th}\, sec$ will be ………… $N$

A ball is suspended on a thread from the ceiling of a car. The brakes are applied and the speed of car changes from $5\, m/sec$ to $\frac{5}{3}\, m/sec$ during the time interval of $3\,seconds$ . The angle that the thread will deviate from vertical in new equilibrium position :-

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