A man stands on a weighing machine kept inside a lift. Initially the lift is ascending with the acceleration `'a'` due to which the reading is `W`. Now the lift decends with the same acceleration and reading `10%` of initial. Find the acceleration of lift ?

A body stands on a weighing machine inside a lift. When the lift is going down wit acceleration g//4 , the machine shows a reading 30 kg. When the lift goes upwards with acceleration g//4 , the reading would be

A body of 100 kg stands on a spring weighing machine inside a lift. The lift starts to ascend with acceleration of 2.2ms^(-2) . What is the reading of the machine inside a lift. The lift starts to ascend with acceleration of 2.2ms^(-2) . What is the reading of the machine?

A man of mass 75kg stands on a weighing machine in a lift which is moving upwards with uniform acceleration 1.2m s^(-2) ,find the reading of weighing machine.

A man of mass 60 kg stands on a weighing machine in a lift which is moving downwards with a uniform acceleration 2 m s^-2 . What would be the reading of machine?

A spring weighing machine inside a stationary lift reads 50kg when a man stands on it. What would happen to the scale reading if the lift is moving upward with constant acceleration?

The apparent weight of a man in a lift is w_1 when lift moves upwards with some acceleration and is w_2 when it is accelerating down with same acceleration. Find the true weight of the man and acceleration of lift.

The apparent weight of a man in a lift is w_1 when lift moves upwards with some acceleration and is w_2 when it is accelerating down with same acceleration. Find the true weight of the man and acceleration of lift.

The apparent weight of a man in a lift is W_(1) when lift moves upwards with some acceleration and is W_(2) when it is accerating down with same acceleration. Find the true weight of the man and acceleration of lift .