In the given diagram, with what force must the man pull the rope to hold the plank in position? Weight of the man is 60 kg. Neglect the weight of plank, rope and pulley.

In the given diagram, with what force must the man pull the rope to hold the plank in position? Mass of the man is 80kg. Neglect the weights of plank, rope and pulley. Take.

With what force must a man pull on the rope to hold the plank in position it the man weights 60 kg? Neglect the weight of the plank, rope and pulley ( Take g= 10m//s^(2))

In the figure shown the force with which the man should pull the rope to hold the plank in position is F . If weight of the man is 60kgf , the plank and pulleys have negligible masses, then.

In the above problem, what force should the man exert on the rope to get his correct weight on the machine?

In the given diagram, weight of the man is 60 kg and the weight of the machine, box, rope and pulley are neglected. If the man manages to keep the box at rest, then the reading of the machine will be

In the given diagram, weight of the man is 60 kg and the weight of the machine, box, rope and pulley are neglected. If the man manages to keep the box at rest, then the reading of the machine will be

What will the weight of man of 60 kg in the moon ?