Bulk modulus for rubber is `9.8xx10^(8)Nm^(-2)`. To what depth should a rubber ball be taken in a take so that its volume is decreased by `0.1%`
Text Solution
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`K=((/_\P)V)/(/_\V)` or `(K/_\V)/V` Let `h` be the required depth and the desity of water be `rho`. Then `hrhog=(K/_\V)/V` or `h=(K/_\V)/(rhogV)=(9.8xx10^(8)xx0.1)/(10^(3)xx9.8xx100)=100m`
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CENGAGE PHYSICS-PROPERTIES OF SOLIDS AND FLUIDS-INTEGER_TYPE
