A boy holding a spring balance in his hand suspends a weight of `1kg` from it The balance slips from his hands and falls down . What will be the reading of the balance while it is in air. ?

An external force is always required to brake the inertia of a body which is either in the state of rest or state of uniform motion. A boy holding a spring balance in his hand suspend a mass 2kg from it. If the balance slips from his hand and falls down, find the reading of the balance while it is in the air.

Suppose a spring balance with a body suspended from it is allowed to fall. What will be the reading shown by the balance?

A student took a spring balance calibrated in gf. He then suspended an object of mass 1 kg to the spring balance. Determine what would be the reading of the spring balance.

A body of mass 100 g is suspended from a spring balance held by a boy. If the spring balance is allowed to fall freely in air, what will be the reading in the balance ?

A spring balance A reads 2 kg with a block suspended from it. Another balance B reads 5 kg when a beaker with liquid is put on the pan of the balance. When the block is immersed in water

A man standing in a lift holds a spring balance with a load of 5 kg suspended from it What would be the reading of the balance when the lift is descending with an acceleration of 3.8 m//s^(2) .