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Which equation describes the magnitude of force needed to deform a spring (F), the distance of deformation (x), and the spring constant (k)? A) F= -kx B) F=k+ x C) F=k/x D) F=-k…

Which equation describes the magnitude of force needed to deform a spring (F), the distance of deformation (x), and the spring constant (k)? A) F= -kx B) F=k+ x C) F=k/x D) F=-k…
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Which equation describes the magnitude of force needed to deform a spring (F), the distance of deformation (x), and the spring constant (k)?

A) F= -kx
B) F=k+ x
C) F=k/x
D) F=-k/x

User NevilleDNZ
by
8.4k points

1 Answer

5 votes

Answer: F=k/x

Explanation: the answer is choice C) F=k/x

User Vivek Vardhan
by
8.0k points
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