The magnetron of a microwave oven generates a frequency of 2.45 GHz.This frequency corresponds to the first vibrational level, $The magnetron of a microwave oven generates a frequency of 2.45 GHz.This frequency corresponds to the first vibrational level, ,of a water molecule.Assuming that the energy is given by ,the moment of inertia of the water molecule is A)7.81 \times 10-46 kg.m2 B)3.23 \times 10-45 kg.m2 C)1.37 \times 10-45 kg.m2 D)3.44 \times 10-45 kg.m2 E)6.85 \times 10-45 kg.m2$ ,of a water molecule.Assuming that the energy is given by $The magnetron of a microwave oven generates a frequency of 2.45 GHz.This frequency corresponds to the first vibrational level, ,of a water molecule.Assuming that the energy is given by ,the moment of inertia of the water molecule is A)7.81 \times 10-46 kg.m2 B)3.23 \times 10-45 kg.m2 C)1.37 \times 10-45 kg.m2 D)3.44 \times 10-45 kg.m2 E)6.85 \times 10-45 kg.m2$ ,the moment of inertia of the water molecule is
A)7.81

\times

10^-4⁶ kg.m²
B)3.23

\times

10^-45 kg.m²
C)1.37

\times

10^-45 kg.m²
D)3.44

\times

10^-45 kg.m²
E)6.85

\times

10^-45 kg.m²

If the Electrostatic Potential Energy of Na+ and F- Ions ×\times×

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If the Electrostatic Potential Energy of Na⁺ and F^- Ions $\times$

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