Connected Bodies - The Lift Problem (Edexcel A-Level Mathematics): Quizzes

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Connected Bodies - The Lift Problem
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What physical quantity is the normal force NN in the lift problem commonly referred to as?

Apparent weight

Which formula gives tension TT for a lift of mass MM accelerating upwards at aa?

T=M(g+a)T = M(g + a)

What is the apparent weight NN when the lift moves at constant speed?

N=mgN = mg

How does a person feel when the lift accelerates upwards?

Heavier

What is the apparent weight NN when the lift is in free fall (a=ga = g downwards)?

N=0N = 0

Which forces act on the lift itself?

Weight MgMg down, tension TT up

What happens to apparent weight when the lift accelerates downwards?

Decreases, person feels lighter

For a 7070 kg person in a lift accelerating upwards at 22 m/s², what is the apparent weight NN?

826826 N

A 500500 kg lift accelerates down at 33 m/s². What is the cable tension TT?

34003400 N

What is Newton's second law equation for a person of mass mm in an accelerating lift?

N−mg=maN - mg = ma

A 7070 kg person is in a lift accelerating down at 33 m/s². What is their apparent weight?

476476 N

Which law is primarily used to analyse the lift problem?

Newton's second law

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