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Physics / Conceptual Physics 12 / Chapter 2 / Problem 42E

Conceptual Physics | 12th Edition | ISBN: 9780321909107 | Authors: Paul G. Hewitt

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Two forces act on a parachutist falling in air: weight and

Chapter 2, Problem 42E

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QUESTION:

Two forces act on a parachutist falling in air: weight and air drag. If the fall is steady, with no gain or loss of speed, then the parachutist is in dynamic equilibrium. How do the magnitudes of weight and air drag compare?

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QUESTION:

Two forces act on a parachutist falling in air: weight and air drag. If the fall is steady, with no gain or loss of speed, then the parachutist is in dynamic equilibrium. How do the magnitudes of weight and air drag compare?

ANSWER:

Problem 42E

Two forces act on a parachutist falling in air: weight and air drag. If the fall is steady, with no gain or loss of speed, then the parachutist is in dynamic equilibrium. How do the magnitudes of weight and air drag compare?

Step By Step Solution

Step 1 of 2

It is mentioned that the parachutist is in dynamic equilibrium that tells us that the parachutist is moving with constant speed.

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