On taking a solid rubber ball from the surface to the bottom of a lake `100m` deep, the reduction in volume is found to eb `0.5%` if the density of water si `10^(3) kgm^(-3)` and `g = 10 ms^(-1)`, find the bulk modulus of rubber.A. `1xx10^(8)Pa`B. `2xx10^(8)Pa`C. `4xx10^(8)Pa`D. `6xx10^(8)Pa`

On taking a solid rubber ball from the surface to the bottom of a lake

1.	On taking a solid rubber ball from the surface to the bottom of a lake `100m` deep, the reduction in volume is found to eb `0.5%` if the density of water si `10^(3) kgm^(-3)` and `g = 10 ms^(-1)`, find the bulk modulus of rubber.A. `1xx10^(8)Pa`B. `2xx10^(8)Pa`C. `4xx10^(8)Pa`D. `6xx10^(8)Pa`
Answer» Correct Answer - B `K = (P)/((DeltaV)/(V)), P = hdg`

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On taking a solid rubber ball from the surface to the bottom of a lake `100m` deep, the reduction in volume is found to eb `0.5%` if the density of water si `10^(3) kgm^(-3)` and `g = 10 ms^(-1)`, find the bulk modulus of rubber.A. `1xx10^(8)Pa`B. `2xx10^(8)Pa`C. `4xx10^(8)Pa`D. `6xx10^(8)Pa`

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