Assertion : When the lift moves with uniform velocity the man in the lift will feel weightlessness.
Reason : In downward accelerated motion of lift, apparent weight of a body decreases.

(A) : When a lift moves with uniform velocity the man in the lift will feel weightlessness. (R) : In downward motion of a lift, apparent weight of a body in it decreases.

(A) : When a lift moves with uniform velocity the man in the lift will feel weightlessness. (R) : In downward motion of a lift, apparent weight of a body in it decreases.

Assertion : In the case of free fall of the lift, the man will feel weightlessness. Reason : In free fall, acceleration of lift is equal to acceleration due to gravity.

Assertion : In the case of free fall of the lift, the man will feel weightlessness. Reason : In free fall, acceleration of lift is equal to acceleration due to gravity.

The weight of a man standing on a weighing machine in a lift is noted when (i) the lift is moving with a uniform velocity and (ii) the lift is moving down with an acceleration a. The ratio of the two weights is 4/3 . What is the value of a

(A) : In the case of free fall of the lift, the man will feel weightlessness, (R) : In free falling, acceleration of lift is equal to acceleration due to gravity.

The apparent weight of man in a lift is less the real weight when :

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