Question

A person of mass mp stands on a scale in an elevator of mass me. The scale reads the magnitude of the force F exerted on it from above in a
downward direction Starting at rest at t = 0 the elevator moves upward, coming to rest again at time t = to. The downward acceleration of
gravity is g The acceleration of the elevator during this period is shown graphically below
mp
m.​

Answer 1

Step-by-step explanation:

The inertia of the person would prefer to keep moving downward at the constant speed, so the elevator floor and scale must push up on the person to accelerate him upward, slowing him down. ... Therefore the Normal Force is larger, so the reading on the scale is a number that is GREATER than the true weight.

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