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Part C An identical arrow strikes the target at 55 m/s . If the target exerts the same average force as before, what's the penetration depth?
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Part C An identical arrow strikes the target at 55 m/s . If the target exerts the same average force as before, what's the penetration depth?
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Apr 23, 2017
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Part C
An identical arrow strikes the target at 55 m/s . If the target exerts the same average force as before, what's the penetration depth?
Physics
middle-school
BlackjacketMack
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We need to know the kinetic energy, and therefore the mass, of the arrow,
and the average force exerted by the target.
That information is most likely to be found in Part-A and/or Part-B.
KingPolygon
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Apr 30, 2017
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