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A spherical shell of copper is completel...

A spherical shell of copper is completely filled with a liquid at a temperature `t^(@)C`. The bulk moduls of the liquid is K and coefficient of volume expansion is `gamma`. If the temperature of the liquid and the shell is increased by `DeltaT`, then the outward pressure `Deltap` on the shell that results from the temperature increase is given by (`alpha` is the coefficient of linear expansion of the material to the shell):

A

`K(gamma-3alpha)DeltaT`

B

`K(3alpha-gamma)DeltaT`

C

`3alpha(K-gamma)DeltaT`

D

`gamma(3alpha-K)DeltaT`

Text Solution

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The correct Answer is:
A
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