Solving Elevator Problem: a-g Acceleration

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When traveling upward in an elevator with acceleration a, the net acceleration experienced is simply a, not a-g. The concept of net acceleration is not applicable in this context. The acceleration relative to the Earth's surface remains a. If standing on a scale, the weight registered would be m(a+g), where m is the mass. Understanding these principles clarifies how acceleration in an elevator works.
oneplusone
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hello,

if i am traveling upward in an elevator with acceleration a, would the net acceleration be
a-g?

thanks.
 
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hi oneplusone! :smile:

there's no such thing as net acceleration

if your acceleration is a, then your acceleration is a !

(you can add, or subtract, relative accelerations, but that's not relevant here)
 
oneplusone said:
if i am traveling upward in an elevator with acceleration a, would the net acceleration be
a-g?

Your acceleration relative to the surface of the Earth would be ##a##.

If you were standing on a scale, it would register your weight as ##m(a+g)## where ##m## is your mass.
 
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