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The Displacement of an Object Oscillating on a Spring Is $\pi$

Question 44

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The displacement of an object oscillating on a spring is given by x(t) = x_mcos( $The displacement of an object oscillating on a spring is given by x(t) = xmcos( + ) .If the object is initially displaced in the negative x direction and given a negative initial velocity, then the phase constant is between: A) 0 and \pi /2 radians B) \pi /2 and \pi radians C) \pi and 3 \pi /2 radians D) 3 \pi /2 and 2 \pi radians E) none of the above ( is exactly 0, \pi /2, \pi , or 3 \pi /2 radians)$ + $The displacement of an object oscillating on a spring is given by x(t) = xmcos( + ) .If the object is initially displaced in the negative x direction and given a negative initial velocity, then the phase constant is between: A) 0 and \pi /2 radians B) \pi /2 and \pi radians C) \pi and 3 \pi /2 radians D) 3 \pi /2 and 2 \pi radians E) none of the above ( is exactly 0, \pi /2, \pi , or 3 \pi /2 radians)$ ) .If the object is initially displaced in the negative x direction and given a negative initial velocity, then the phase constant $The displacement of an object oscillating on a spring is given by x(t) = xmcos( + ) .If the object is initially displaced in the negative x direction and given a negative initial velocity, then the phase constant is between: A) 0 and \pi /2 radians B) \pi /2 and \pi radians C) \pi and 3 \pi /2 radians D) 3 \pi /2 and 2 \pi radians E) none of the above ( is exactly 0, \pi /2, \pi , or 3 \pi /2 radians)$ is between:

A) "0 and $\pi$ /2 radians"
B) " $\pi$ /2 and $\pi$ radians"
C) " $\pi$ and 3 $\pi$ /2 radians"
D) "3 $\pi$ /2 and 2 $\pi$ radians"
E) "none of the above ( $The displacement of an object oscillating on a spring is given by x(t) = xmcos( + ) .If the object is initially displaced in the negative x direction and given a negative initial velocity, then the phase constant is between: A) 0 and \pi /2 radians B) \pi /2 and \pi radians C) \pi and 3 \pi /2 radians D) 3 \pi /2 and 2 \pi radians E) none of the above ( is exactly 0, \pi /2, \pi , or 3 \pi /2 radians)$ is exactly 0, $\pi$ /2, $\pi$ , or 3 $\pi$ /2 radians) "

The Displacement of an Object Oscillating on a Spring Is π\piπ

Multiple Choice

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The Displacement of an Object Oscillating on a Spring Is $\pi$

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