An elevator with floor to roof height 24m starts moving upwards with a constant acceleration of 2(m)/(s^(2)). At t=2s ,a bolt on the roof loosens and falls. Time the bolt takes to travel from the roof to the floor of the elevator is g=10ms^(-2)]

. An elevator, whose floor to the ceiling dis tance is 2.50m, starts ascending with a con stant acceleration of 1.25 ms - 2. One second after the start, a bolt begins falling from the ceiling of elevator. The free fall time of the bolt is [g g=10ms^(-2) ]

An elevator car whose floor to ceiling distance is equal to 2.7 m starts ascendiung with constant acceleration 1.2(m)/(s^(2)) , 2 sec after the start a bolt begins falling from the ceiling of the car. Answer the following question g = 9.8 m//s^(2) Distance moved by elevator car w.r.t. ground frame during the free fall time of the bolt.

An elevator car whose floor to ceiling distance is equal to 2.7 m starts ascendiung with constant acceleration 1.2(m)/(s^(2)) , 2 sec after the start a bolt begins falling from the ceiling of the car. Answer the following question g=9.8 m//s^(2) Distance covered by the bolt during the free fall time w.r.t. ground frame.

An elevator is accelerating upwards with a constant acceleration a ms^-2 . If a coin is dropped in it by a passenger, then.

An elevator car whose floor to ceiling distance is equal to 2.7m starts ascending with constant acceleration 1.2 m//s^2. 2 s after the start, a bolt begins falling from the ceiling of the car. Find (a)the time after which bolt hits the floor of the elevator. (b)the net displacement and distance travelled by the bolt, with respect to earth. (Take g=9.8 m//s^2)

An elevator car whose floor to ceiling distance is equal to 2.7 m starts ascending with constant acceleration 1.2 m//s^(2) , 2 sec after the start a bolt begins falling from the ceiling of the car. Answer the following question (g=9.8 m//s^(2) The bolt's free falls time

An elevator car whose floor to ceiling distance is equal to 2.7 m starts ascending with constant acceleration 1.2 m//s^(2) , 2 sec after the start a bolt begins falling from the ceiling of the car. Answer the following question (g=9.8 m//s^(2) The velocity of bolt at instant it loses contact is

Starting from rest, A lift moves up with an acceleration of 2 ms^(-2) . In this lift , a ball is dropped from a height of 1.5m (with respect to floor of lift). The time taken by the ball to reach the floor of the lift is ( g=10 ms^(-2) )

Imagine yourself standing in an elevator while is moving with an upward acceleration a = 2 m//s^2 . A coin is dropped from rest from the roof of the elevator, relative to you. The roof to floor height of the elevator is 1.5 m . ("Take" g = 10 m//s^2) . Find the velocity of the coin relative to you when it strikes the base of the elevator.