What is the phase difference between the position and the acceleration for a particle in simple harmonic motion?
A)90 $\circ$
B)360 $\circ$
C)-90 $\circ$
D)180 $\circ$
E)0 $\circ$

Name: What is the phase difference between the position and the acceleration for a particle in simple harmonic motion? A)90 $\circ$ B)360 $\circ$ C)-90 $\circ$ D)180 $\circ$ E)0 $\circ$
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Question

What is the phase difference between the position and the acceleration for a particle in simple harmonic motion?
A)90 $\circ$ 
B)360 $\circ$ 
C)-90 $\circ$ 
D)180 $\circ$ 
E)0 $\circ$

Quizplus · Accepted Answer

In simple harmonic motion, acceleration is directly opposite to the displacement, resulting in a phase difference of 180 degrees.

What Is the Phase Difference Between the Position and the Acceleration