A light rope fixed to a peg on the ground passes over a tree branch and hangs on the other side A man weighing 60 kg wants to climb up the rope. If the peg comes out of the ground by a vertical force greater than `(360 sqrt(3))` N, with what maximum acceleration can the man climb up safely ? `(g=10m//s^(2))`

A light rope fixed at one end of a wooden clamp on the ground passes over a tree branch and hangs on the other side. It makes an angle of 30^0 with the ground. A man weighing (60 kg) wants to climb up the rope. The wooden clamp can come out of the ground if an upward force greater than 360 N is applied it. Find the maximum acceleration in the upward direction with which the man can climb safely. Neglect friction at the tree branch. Take g=10 m/s^2

A light rope fixed at one end of a wooden clamp on the ground passes over a tree branch and hangs on the other side. It makes an angle of 30^0 with the ground. A man weighing (60 kg) wants to climb up the rope. The wooden clamp can come out of the ground if an upward force greater than 360 N is applied it. Find the maximum acceleration in the upward direction with which the man can climb safely. Neglect friction at the tree branch. Take g=10 m/s^2

A light rope fixed t one end of a wooden clamp on the ground passes over a tree branch and hangs on the other side. It mamkes an angle of 30^0 wilth the ground. A man weighing (60 kg) wants to climb up the rope.The wooden clamp can come out of the ground if an upward force greater than 360 N is applied it. Find the maximu acceleration in the upward direction with which the man can clim,b safely. Neglect friction at the tree branch. Take g=10 m/s^2

A light string fixed at one end to a clamp on ground passes over a fixed pulley and hangs at the other side. It makes an angle of 30^(@) with the ground. A monkey of mass 5 kg climbs up the rope. The clamp can tolerate a vertical force of 40 N only. The maximum acceleration in upward direction with which the monkey can climb safely is: (neglect friction and take g=10m//s^(2))