the density of water at 4 degree C is 1.0 *10 3 kg/m cube. The volume occupied by 1 molecule of water is

Q. The density of water at $4^{o}C$ is $1.0\times {10}^{3}kg{m}^{-3}$. the volume occupied by one molecule of water is approximately:

Q. Volume occupied by one molecule of water is:

Q. If the density of water is $1gc{m}^{-3}$ then the volume occupied by one molecule of water is approximately:

Q. The density of water is $1000$ kg per meter cube. The density of water vapour at $100$ degree Celsius and $1$ atmospheric pressure is $0.6$ kg per meter cube. The volume of a molecule multiplied by the total number gives what is called molecular volume. Estimate the ratio of the molecular volume to the total volume occupied by the water vapour under the above conditions of temperature and pressure.

Q. At ${100}^o$C and $1$ atm, if the density of the liquid water is $1.0$ g/cc and that of water vapour is $0.00006$g/cc, then the volume occupied by water molecule in $1$L steam at this temperature is: