Spring problem - conservation of energy?

AI Thread Summary
The discussion focuses on a physics problem involving a spring gun that launches a 15.0g ball with a spring constant of 600 N/m, compressed by 5.00 cm. Participants emphasize the importance of energy conservation principles to solve for the ball's velocity upon leaving the gun and its maximum height when shot vertically. The potential energy stored in the spring must be calculated first to determine the kinetic energy of the ball. The conversation confirms that understanding potential energy is crucial before proceeding to specific calculations. Overall, the discussion highlights the application of energy conservation in solving mechanical problems.
ksherwood
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Homework Statement


A 15.0g ball is to be shot from a spring gun whose spring has a constant force of 600 N/m. The spring will be compressed 5.00 cm when in use. How fast will the ball be moving as it leaves? How high will it go if the gun is pointed vertically?



Homework Equations


I'm not quite sure which equations to use! This is what I need help with.



The Attempt at a Solution

 
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You're on the right track by bringing up energy conservation.
 
do i find the potential energy of the system first, before trying to find these specific answers?
 
That's right
 
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