Potential energy vs position curve

AI Thread Summary
A potential energy curve cannot be truly vertical, as this would imply an infinite force at a specific position, which is not physically feasible. Instead, a very steep slope on a potential energy versus distance graph can indicate a rapid change in potential energy with respect to distance. The discussion revolves around the implications of such a steep curve, questioning its feasibility and the physical meaning behind it. Participants express curiosity about encountering such graphs in textbooks and seek clarification on their interpretation. Understanding these concepts is essential for grasping the relationship between potential energy and position in physics.
Ravi
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Can a potential energy curve be vertical ?
 
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Ravi said:
Can a potential energy curve be vertical ?
Welcome to the PF. :smile:

Please give a lot more details, so we can try to answer your question. PE versus what? PE is on the vertical axis of a 2-D plot, and what is on the horizontal axis?

Also, is this question for homework?
 
It is potential energy vs the distance from the standard position.
It is not my home work problem
 
Ravi said:
It is potential energy vs the distance from the standard position.
It is not my home work problem
How would you describe what a 'vertical' curve of Potential with distance implies? Is that feasible? What about a 'very steep' slope, rather than totally vertical?
 
sophiecentaur said:
How would you describe what a 'vertical' curve of Potential with distance implies? Is that feasible? What about a 'very steep' slope, rather than totally vertical?
Ya exactly that is the question..is it feasible.i have encountered such a graph in a standard textbook.
 
And how would YOU describe what happens at that position?
 
Ravi said:
i have encountered such a graph in a standard textbook.
Could you Upload a picture of that graph?
 
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