A spring balance fastened to the roof of a lift accelerating upwards indicates `120 N` as the weight of a `80 N` body. The acceleration of the lift is `(g = 10 m//s^(2))`.

A person is sitting in a lift acceleration upwards, Measured weight of person will be

A lift is accelerated upward . What is apparent weight of a person inside the lift ?

A man is standing in a lift which goes up and comes down with the same constant acceleration. If the ratio of the apparent weights in the two cases is 2 : 1 , then the acceleration of the lift is : (Take g = 10 m//s^(2) )

If lift is accelerated in the upward direction , then the apparent weight of a body is ___________.

The ratio of the weight of the man in stationary lift and in a life accelerating downwards with uniform acceleration is 3:2. The acceleration of the lift is :

A spring balance is attached to the roof of a lift. A man hanged his bag from the spring balance. The reading of the spring balance is 49N when the lift is not moving. When the lift will move downward with the acceleration 5m//s^2 , then the reading of the spring balance will be: