A block of mass m is attached to ideal spring of constant k. When the spring is neither stretched nor compressed, block is at the equilibrium position (x-0). Assume the force between the mass and the spring

A block of mass m is attached to ideal spring of constant k. When the spring is neither stretched nor compressed, block is at the

equilibrium position (x-0).
Assume the force between the mass and the spring obeys Hooke's Law: Fs-kx, where x is the displacement and Fs is the
restoring force. The restoring force is always directed toward the equilibrium position. In this example of vibrational motion, the
restoring force illustrates Newton's

A. first law of motion
B. 2nd law of motion
C. 3rd law of motion
D. law of gravitational attraction

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A block of mass m is attached to ideal spring of constant k. When the spring is neither stretched nor compressed, block is at the equilibrium position (x-0). Assume the force be…

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