In a tonga, horse pulls a wagon. Which is the correct analysis of the situation?
The tonga moves forward because the horse pulls forward slightly harder on the wagon than the wagon pulls backward on the horse.
Because action always equals reaction, the horse cannot pull the wagon. The wagon pull backward just as hard as the horse pulls forward, there is no motion.
The horse's force on the wagon is as strong as the force of the wagon on the horse.
The horse can pull the wagon forward only if it weighs more than the wagon.
Why are mountain roads generally made winding upwards rather than going straight up ?
If a ladder weighing $250\,N$ is placed against a smooth vertical wall having coefficient of friction between it and floor is $0.3$, then what is the maximum force of friction available at the point of contact between the ladder and the floor ........ $N$
A body of mass $10$ kg slides along a rough horizontal surface. The coefficient of friction is $1/\sqrt 3 $. Taking $g = 10\,m/{s^2}$, the least force which acts at an angle of $30^o $ to the horizontal is ...... $N$
In the given figure the acceleration of $M$ is $(g = 10 \,ms^{-2})$