Select the correct expression that gives the block's acceleration at a displacement x from the equilibrium position. Note that x can be either positive or negative; that is, the block can be either to the right or left of its equilibrium position.

a = - kx

a = kx

a = k/m x

a = - k/m x

Question

9 February, 08:31

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Spirit · Answer 1

the correct is d

a = - k/m x

Explanation:

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Select the correct expression that gives the block's acceleration at a displacement x from the equilibrium position. Note that x can be either positive or negative; that is, the block can be either to the right or left of its equilibrium position.a = - kxa = kxa = k/m xa = - k/m x