QuestionJuly 27, 2025

Inside a freely-falling elevator your acceleration is zero. weight is zero. gravitational I interaction with Earth is zero. all the above none of the above

Inside a freely-falling elevator your acceleration is zero. weight is zero. gravitational I interaction with Earth is zero. all the above none of the above
Inside a freely-falling elevator your
acceleration is zero.
weight is zero.
gravitational I interaction with Earth is zero.
all the above
none of the above

Solution
4.5(145 votes)

Answer

none of the above Explanation 1. Analyze acceleration In a freely-falling elevator, you are accelerating downward with the same acceleration as the elevator due to gravity. Thus, your relative acceleration inside the elevator is zero. 2. Analyze weight Weight is the force exerted by gravity on an object. Inside a freely-falling elevator, you experience apparent weightlessness because there is no normal force acting on you, but your actual weight due to gravity remains unchanged. 3. Analyze gravitational interaction Gravitational interaction with Earth is not zero; it is what causes the elevator and you to fall.

Explanation

1. Analyze acceleration<br /> In a freely-falling elevator, you are accelerating downward with the same acceleration as the elevator due to gravity. Thus, your relative acceleration inside the elevator is zero.<br />2. Analyze weight<br /> Weight is the force exerted by gravity on an object. Inside a freely-falling elevator, you experience apparent weightlessness because there is no normal force acting on you, but your actual weight due to gravity remains unchanged.<br />3. Analyze gravitational interaction<br /> Gravitational interaction with Earth is not zero; it is what causes the elevator and you to fall.
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