There are 1.6 x 1020 molecules/m3 in NaCl vapour. Determine the orientational polarization at room temperature (300 K) if the vapour is subjected to a field of 5 x 106V/m. Assume that the NaCl molecule consists of Na+and Cl-ions separated by a distance 2.5 Å.

There are 1.6 x 1020 molecules/m3 in NaCl vapour. Determine the orie

1.	There are 1.6 x 1020 molecules/m3 in NaCl vapour. Determine the orientational polarization at room temperature (300 K) if the vapour is subjected to a field of 5 x 106V/m. Assume that the NaCl molecule consists of Na+and Cl-ions separated by a distance 2.5 Å.
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There are 1.6 x 1020 molecules/m3 in NaCl vapour. Determine the orientational polarization at room temperature (300 K) if the vapour is subjected to a field of 5 x 106V/m. Assume that the NaCl molecule consists of Na+and Cl-ions separated by a distance 2.5 Å.​

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There are 1.6 x 1020 molecules/m3 in NaCl vapour. Determine the orientational polarization at room temperature (300 K) if the vapour is subjected to a field of 5 x 106V/m. Assume that the NaCl molecule consists of Na+and Cl-ions separated by a distance 2.5 Å.