Finding max force from (1 dimensional) energy curve as function of tim

AI Thread Summary
To find the maximum force from a one-dimensional energy curve over time, it's essential to first clarify that the graph represents energy, not power. The work equation W = Force * Distance can be used to calculate average force once the total energy is determined through integration. However, to find maximum force at a specific point, knowledge of velocity and the change in energy at that point is necessary. This relationship can then be used to derive the force. Understanding these concepts is crucial for accurately determining the maximum force from the energy curve.
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Homework Statement



Hi guys,

I just wanted to confirm I am doing this right. I have a graph of energy (Joules) vs. time (seconds). I need to get the force from this information. If I know the linear distance the object has traveled, can I use the work equation W= Force* Distance, and solve for force. Also I know this will give me average force, How do I find maximum force.

Thank you


Homework Equations



W=FD

The Attempt at a Solution



Integrate the curve to find the total energy, then use the formula above to find the force since I already know the distance, however this will only give me average force.
 
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Integrate the curve to find the total energy
If I understand your problem statement correctly, your graph shows the energy, not the power. There is no need to integrate it.

To find the force at a specific point, you need the velocity and the change in energy at that point. Can you calculate that? Can you relate those two to a force?
 
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