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A Vertical Light Spring Stretches a Distance H Meters When

Question 22

Multiple Choice

A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system.


A) A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup> kh2 + A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup>
Mv2
B) A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup> kh2 + mgh
C) A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup> mv2 + A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup>
Mgh2
D) mgh + A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup> kh2 + A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup>
Mv2
E) A vertical light spring stretches a distance h meters when a mass m is hung from it. The spring/mass system is now placed on a horizontal frictionless table and set into oscillation with amplitude h and maximum velocity v. What is the total energy of the the spring/mass oscillating system. A) kh<sup>2</sup> + Mv<sup>2</sup> B) kh<sup>2</sup> + mgh C) mv<sup>2</sup> + Mgh<sup>2</sup> D) mgh + kh<sup>2</sup> + Mv<sup>2</sup> E) mv<sup>2</sup> mv2

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