How does the weight of a person standing in a lift change when the lift accelerates (a) upwards (b) downwards with an acceleration a ?

Discuss how apparent weight of a person in a lift changes when it is (a) moving up with acceleration (b) moving down with acceleration less than acceleration due to gravity (c) moving with uniform velocity (d) when it is stationary.

A man measures the period of a simple pendulum inside a stationary lift and finds it to be T sec. if the lift accelerates upwards with an acceleration g/6, then the period of the pendulum will be

A man measures the period of a simple pendulum inside a stationary lift and finds it to be T sec. if the lift accelerates upwards with an acceleration g/4, then the period of the pendulum will be

A pendulum is suspended in a lit and its period of oscillation is T_(0) when the lift is stationary. (i) What will be the period T of oscillation of pendulum, if the lift begins to accelerates downwards with an acceleration equal to (3g)/(4) ?

A man of 60kg mass is in a lift. Find the apparent weight of the man when the lift is moving (a) up with uniform acceleration 4ms^(-2) (b) down with uniform acceleration of 2ms^(-2) ( g=10ms^(-2))

The ratio of the weight of a man in a stationary lift and when it is moving downward with uniform acceleration ‘ a ’ is 3 : 2 . The value of ‘ a ’ is ( g - Acceleration due to gravity of the earth)

The mass of man when standing on the lift is 60 kg. The weight when the lift is moving upwards with acceration 4.9 ms^(-2) is

A 60 kg person is weighed by a balance as 54 kg in a lift which is accelerated downwards. The acceleration of the lift is

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 .