- Assume That V In The Vibrational Energy Expression V V 1 Wexe Cm V 0 1 2 Is A Continuous Varia 1 (66.21 KiB) Viewed 11 times
Assume that v in the vibrational energy expression = (v+)₂ = (v + 1)² wexe_cm-¹ (v = 0, 1, 2, ...) is a continuous varia
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Assume that v in the vibrational energy expression = (v+)₂ = (v + 1)² wexe_cm-¹ (v = 0, 1, 2, ...) is a continuous varia
Assume that v in the vibrational energy expression = (v+)₂ = (v + 1)² wexe_cm-¹ (v = 0, 1, 2, ...) is a continuous variable, use calculus to determine the maximum value of ε. And hence calculate a value for the dissociation energy of NO molecule. Given- the anharmonicity constant, Xe = 7.3397x10^-3, equilibrium vibration frequency, Ve = 1903.002 cm^-1, Exact Zero Point Energy, Eo= 952.12 cm^-1 and Force Constant, k= 398.79 N/m.