Spring Constant of a Spring in a Shock Absorber?

AI Thread Summary
The discussion focuses on determining the spring constant of a spring in a shock absorber, with a proposed value of 288 N/m being questioned for accuracy. It is confirmed that the units for spring stiffness are correct. Additionally, when graphing the relationship between extension (x-axis) and elastic force (y-axis), the line of best fit should ideally pass through the origin, as both force and extension equal zero at that point. This ensures an accurate representation of Hooke's Law. The conversation emphasizes the importance of proper graphing techniques in physics.
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Homework Statement



What is the spring constant of a spring in a shock absorber? Also, does a spring constant of 288 N/m sound right for a regular spring such as the one attached?
 

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I can't seem to edit my post. If possible, I'll also need a citation or URL.
 
Also, one more thing (sorry :[), if I were to draw a graph of the relationship between the x value (on the x-axis), and the elastic force (on the y-axis) of a spring, and I was needed to draw a line of best fit, would it be more accurate to make sure the line of best fit passes through the origin? When x = 0, the force is also equal to 0.
 
If x means extension then x =0 usually means F =0.
So you should make the line pass through 0,0
You have the correct units for spring stiffness.
 

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