The average depth of indian ocean is about 3000 m. What is the fractional compression, `Delta V//V` of water at the bottom of ocean ? (bulk modulus of water `= 2.2 xx 10^(9) Nm^(-2)` & `g = 10 ms^(-2)`)

The average depth of Indian Ocean is about 3000 m. Calculate the fractional compression, Delta V of water at the bottom of the ocean, given that the bulk modulus of water is 2.2 xx 10 ^(9) Nm ^(-2) ("Take" g = 10 ms ^(-2))

The average depth of indian Ocean is about 3000 m. The fractional compression, (triangleV)/(V) of water at the bottom of the ocean is (Given Bulk modulus of the water =2.2xx10^9Nm^-2 and g=10ms^-2 )

The average depth of indian Ocean is about 3000 m. The fractional compression, (triangleV)/(V) of water at the bottom of the ocean is (Given Bulk modulus of the water =2.2xx10^9Nm^-2 and g=10ms^-2 )

The average depth of indian Ocean is about 3000 m. The fractional compression, (triangleV)/(V) of water at the bottom of the ocean is (Given Bulk modulus of the water =2.2xx10^9Nm^-2 and g=10ms^-2 )

The average depth of indian Ocean is about 3000 m. The fractional compression, (triangleV)/(V) of water at the bottom of the ocean is (Given Bulk modulus of the water =2.2xx10^9Nm^-2 and g=10ms^-2 )

The average depth of indian Ocean is about 3000 m. The fractional compression, (triangleV)/(V) of water at the bottom of the ocean is (Given Bulk modulus of the water =2.2xx10^9Nm^-2 and g=10ms^-2 )

The average depth of Indian Ocean is about 3000 m. Calculate the fractional compression, DeltaV//V , of water at the bottom of the ocean, given that the bulk modulus of water is 2.2xx10^(9)" N m"^(-2) . (Take g=10" m s"^(-2) )