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Two illustrations labeled A and B. In Illustration A a hand is pushing on a mass labeled m that is connected to a spring and the spring is connected to a wall. In illustration B…

Two illustrations labeled A and B. In Illustration A a hand is pushing on a mass labeled m that is connected to a spring and the spring is connected to a wall. In illustration B…
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Two illustrations labeled A and B. In Illustration A a hand is pushing on a mass labeled m that is connected to a spring and the spring is connected to a wall. In illustration B the spring is back to its normal length and the mass is moving away from the end of the spring at a velocity v. The position where the block started from is labeled x = 0. A spring attached to a mass is at rest in the initial position (not shown). The spring is compressed in position A and is then released, as shown in position B. Which equation describes conservation of energy in position A?

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User CPBL
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2 Answers

5 votes

Answer:

ITS C JUST FINISH

Step-by-step explanation:

answered
User Solmead
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9.1k points
3 votes

Answer:

The answer is (C) E= 1/2 kx^2

Step-by-step explanation:

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User Venkateswara
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8.3k points
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