A man in a lift in space accelerating up with an acceleration g will not feel any different from a man in a stationary lift on Earth.
Will a man in a lift in space accelerating up with an acceleration g feel any different from a man in a stationary lift on Earth?
A man is standing in a lift which is accelerating downwards with acceleration a. If the man drops a ball inside a lift, then the acceleration of the ball observed by the man in the lift and a man standing stationary outside will respectively be
c)g + a, g
a, g + a
A man in lift feels an apparent weight W when the lift is moving up with a uniform acceleration of 1/3rd of the acceleration due to gravity.If the same man were in the same lift nwo moving down with a uniform acceleration that is 1/2 of the acceleration due to gravity,then what is his apparent weight?