What is the relationship between Hooke's law and compression?

AI Thread Summary
Hooke's law applies to both compression and tension, indicating that the spring constant remains the same regardless of whether a spring is being stretched or compressed. The fundamental equation, F = -kx, holds true in both scenarios. This means that the force exerted by the spring is proportional to the displacement from its equilibrium position in either direction. Therefore, the behavior of springs under compression mirrors that under tension. Understanding this relationship is crucial for applications involving springs in various mechanical systems.
Kamilan
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Homework Statement



I would like to know if Hooke's law applies to compression as well as tension? Meaning if the spring is stretched or compressed is the spring constant the same?

Homework Equations



F = -kx

The Attempt at a Solution

 
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Kamilan said:

Homework Statement



I would like to know if Hooke's law applies to compression as well as tension? Meaning if the spring is stretched or compressed is the spring constant the same?

Homework Equations



F = -kx

The Attempt at a Solution


Yes, it works both ways.
 
Hello,

thanks for that!
 

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