369694 What is the approximate change in density of water in a lake at a depth of \(400\;m\) below the surface? The density of water at the surface is \(1030\;kg/{m^2}\) and bulk modulus of water is \(2 \times {10^9}\;N/{m^2}\)

369695 Assertion :
The modulus of bulk modulus of incompressible liquid is infinity .
Reason :
The volume of an incompressible liquid changes by applying some force.

369696 The bulk modulii of Ethanol, Mercury and Water are given as 0.9,25 and 2.2 respectively in units of \({10^9}N{m^2}.\) For a given value of pressure, the fractional compression in volume is \(\frac{{\Delta V}}{V}\). Which of the following statements about \(\frac{{\Delta V}}{V}\) for these three liquids is correct?

369697 The isothermal bulk modulus of a gas at atmospheric pressure is

369694 What is the approximate change in density of water in a lake at a depth of \(400\;m\) below the surface? The density of water at the surface is \(1030\;kg/{m^2}\) and bulk modulus of water is \(2 \times {10^9}\;N/{m^2}\)

369695 Assertion :
The modulus of bulk modulus of incompressible liquid is infinity .
Reason :
The volume of an incompressible liquid changes by applying some force.

369696 The bulk modulii of Ethanol, Mercury and Water are given as 0.9,25 and 2.2 respectively in units of \({10^9}N{m^2}.\) For a given value of pressure, the fractional compression in volume is \(\frac{{\Delta V}}{V}\). Which of the following statements about \(\frac{{\Delta V}}{V}\) for these three liquids is correct?

369697 The isothermal bulk modulus of a gas at atmospheric pressure is

369694 What is the approximate change in density of water in a lake at a depth of \(400\;m\) below the surface? The density of water at the surface is \(1030\;kg/{m^2}\) and bulk modulus of water is \(2 \times {10^9}\;N/{m^2}\)

369695 Assertion :
The modulus of bulk modulus of incompressible liquid is infinity .
Reason :
The volume of an incompressible liquid changes by applying some force.

369696 The bulk modulii of Ethanol, Mercury and Water are given as 0.9,25 and 2.2 respectively in units of \({10^9}N{m^2}.\) For a given value of pressure, the fractional compression in volume is \(\frac{{\Delta V}}{V}\). Which of the following statements about \(\frac{{\Delta V}}{V}\) for these three liquids is correct?

369697 The isothermal bulk modulus of a gas at atmospheric pressure is

369694 What is the approximate change in density of water in a lake at a depth of \(400\;m\) below the surface? The density of water at the surface is \(1030\;kg/{m^2}\) and bulk modulus of water is \(2 \times {10^9}\;N/{m^2}\)

369695 Assertion :
The modulus of bulk modulus of incompressible liquid is infinity .
Reason :
The volume of an incompressible liquid changes by applying some force.

369696 The bulk modulii of Ethanol, Mercury and Water are given as 0.9,25 and 2.2 respectively in units of \({10^9}N{m^2}.\) For a given value of pressure, the fractional compression in volume is \(\frac{{\Delta V}}{V}\). Which of the following statements about \(\frac{{\Delta V}}{V}\) for these three liquids is correct?

369697 The isothermal bulk modulus of a gas at atmospheric pressure is