Question

A cylindrical vessel containing liquid is placed on the floor of an elevator. When the elevator is made to accelerate in the upward direction with constant acceleration equal to g, discuss how the centre of gravity of the system containing vessel and liquid changes. Also, discuss how the centre of gravity of the system containing vessel and liquid changes when the elevator accelerates in the downward direction. Also discuss how the ‘weight’ would vary in each case. Please answer

Answer 1

Answer:

pls mark as brainlist answers

Explanation:

If the lift is accelerating upwards with acceleration g, then there is a pseudo force in downward direction 'mg' along with the weight of liquid 'mg'. ... Hence the liquid will felt weightless and center of gravity will be absent

Answer 2

Answer:

Hey Mate, here is your answer.

Explanation:

A cylindrical vessel containing liquid is placed on the floor of an elevator. When the elevator is mad to acceleration equal to g, disscuss how the centre of gravity of the system containg vessel and liquid changes. Also, discuss how the centre of gravity of the system containing vessel and liquid changes when the elevator accelerates in the downward direction. Also discuss how the 'weight' would vary in each case.

Wish:

Hope it help..............

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