The monkey B shown in figure is holding on to the tail of the monkey A which is climbing up a rope. The masses of the monkeys A and B are 5 kg and 2 kg respectively. If A can tolerate tension of 30 N in its tail, what force should it apply on the rope in order to carry the monkey B with it? Take g=10 m/s2.

The monkey B shown in figure is holding on to the tail of the monkey A

1.	The monkey B shown in figure is holding on to the tail of the monkey A which is climbing up a rope. The masses of the monkeys A and B are 5 kg and 2 kg respectively. If A can tolerate tension of 30 N in its tail, what force should it apply on the rope in order to carry the monkey B with it? Take g=10 m/s2.
Answer» The monkey $B$ shown in figure is holding on to the tail of the monkey $A$ which is climbing up a rope. The masses of the monkeys $A$ and $B$ are $5 kg$ and $2 kg$ respectively. If $A$ can tolerate tension of $30 N$ in its tail, what force should it apply on the rope in order to carry the monkey $B$ with it? Take $g = 10 {m/s}^{2}$ .

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