For a rope obeying Hooke's law show that the elastic potential energy stored in the rope is given by

E=1/2kx^2

where k is the elastic spring constant and x is the extension.

Question

20-11-2014
Physics

Answered

For a rope obeying Hooke's law show that the elastic potential energy stored in the rope is given by

E=1/2kx^2

where k is the elastic spring constant and x is the extension.

Answer :

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ollieboyne ollieboyne · Answer 1 · 2014-11-20T13:35:23-05:00

ollieboyne ollieboyne

20-11-2014

The average force can be calculated as F/2, where

F = kx

Therefore, substituting this in to the equation for energy:

Energy = Force * Distance
Energy = F/2 * x
Energy = kx/2 * x
Energy = 1/2 kx^2

Answer Link

For a rope obeying Hooke's law show that the elastic potential energy stored in the rope is given by E=1/2kx^2 where k is the elastic spring constant and x is the extension.

Answer :

Other Questions

For a rope obeying Hooke's law show that the elastic potential energy stored in the rope is given by

E=1/2kx^2

where k is the elastic spring constant and x is the extension.