For a gas of N identical molecules of molecular volume Vm in total volume V at temperature T, the number of ways of locating the N molecules in the volume is:
A) $\frac{V_{m}}{V}$ .
B) $\frac{V}{V_{m}}$ .
C) $\left(\frac{V}{V_{m}}\right)^{T}$ .
D) $\left(\frac{V}{V_{m}}\right)^{N}$ .
E) $\ln \left(\frac{V}{V_{m}}\right)$ .

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The Answer of For a gas of N identical molecules of molecular volume Vm in total volume V at temperature T, the number of ways of locating the N molecules in the volume is:
A) $\frac{V_{m}}{V}$ .
B) $\frac{V}{V_{m}}$ .
C) $\left(\frac{V}{V_{m}}\right)^{T}$ .
D) $\left(\frac{V}{V_{m}}\right)^{N}$ .
E) $\ln \left(\frac{V}{V_{m}}\right)$ .

For a Gas of N Identical Molecules of Molecular Volume VmV\frac{V_{m}}{V}VVm​​

For a Gas of N Identical Molecules of Molecular Volume $\frac{V_{m}}{V}$