A spring when loaded has a potential energy
'E'. Then 'm' turns out of 'n' turns are removed
from the spring. If the same load is suspended.
then the energy stored in the spring is
n
mE
1)
3) (n-m)
(n-m)
E
(n-m) 2)
4)
E
n
n
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Explanation:
spring when loaded has a potential energy
'E'. Then 'm' turns out of 'n' turns are removed
from the spring. If the same load is suspended.
then the energy stored in the spring is
n
mE
1)
3) (n-m)
(n-m)
E
(n-m) 2)
4)
E
n
n
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