10. Use the method of equipartition of energy to determine the translational. rotational degrees ...
10. Use the method of equipartition of energy to determine the translational. rotational degrees of freedom as well as the number of stretching and bendins vibrationa normal modes in the following gaseous molecules: a) CHI(CH: CH:OH (n-hexanol) 3N Translation Rotation Vibration Modes Stretching Bending b) 3N Vibration Modes Stretching Bending Translation Rotation c) CH COH (Ethanol Rotatio ustshias 3N Translation Rotation Stretching Bending d) CH COCHs (dimethylketone or acetone) 3N Translation RotationVibration Modes Stretching Bending e) CH:COCHs (dimethylketone or acetone) 3N Translation RotationVibration Modes Stretching Bending
10. Use the method of equipartition of energy to determine the translational. rotational degrees of freedom as well as the number of stretching and bendins vibrationa normal modes in the following gaseous molecules: a) CHI(CH: CH:OH (n-hexanol) 3N Translation Rotation Vibration Modes Stretching Bending b) 3N Vibration Modes Stretching Bending Translation Rotation c) CH COH (Ethanol Rotatio ustshias 3N Translation Rotation Stretching Bending d) CH COCHs (dimethylketone or acetone) 3N Translation RotationVibration Modes Stretching Bending e) CH:COCHs (dimethylketone or acetone) 3N Translation RotationVibration Modes Stretching Bending