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Law of Conservation of Energy

A force of 10...

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A force of 10 n holds an ideal spring with 20 n/m spring constant in compression. the potential energy stored in the spring is.

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10 N

holds an ideal spring with a

20 N / m

spring constant in compression, The potential energy stored in the spring is :

Q. The spring constant of spring is 100 N/m. the potential energy stored in spring is

Q. A spring of spring constant

240 N m^{- 1}

is compressed by 10cm whereas another similar spring is extended by 10cm. The difference in the stored potential energies of two springs is

Q. Two spring of force constant 300 N/m (spring A ) and 400 N/m (spring B) are joined together in series. The combination is compressed by 8.75 cm. The ratio of energy stored in A and B is

\frac{E_{A}}{E_{B}}

Q. A spring with spring constant

k

when compresses by

1 c m

, the potential energy stored is

U

If it is further compressed by

3 c m

then change in its potential energy is

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