For a carbon monoxide molecule in a cubic box 0.100 m on a side, compare the spacing between the ground state and the first excited level for translational, rotational, and vibrational motion. The equilibrium bond length is 1.128 * 10 ^ - 10 * m and the vibrational frequency is 6.505 * 10 ^ 13 * s ^ - 1 for the ground electronic state. The excitation energy to the first excited electronic state is 6.036 eV. What is required is to solve this issue is necessary
Sir ye rotational chapter ka topic h na dusra chapter vibrational h M bhout confused hu agr yeh rotational chapter ka topic h to Y pura unit ka topic h na ya isse other bhi koi video hai plz 🙏 bta do sir
Rotational Vibrational Spectra
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For a carbon monoxide molecule in a cubic box 0.100 m on a side, compare the spacing between the ground state and the first excited level for translational, rotational, and vibrational motion. The equilibrium bond length is 1.128 * 10 ^ - 10 * m and the vibrational frequency is 6.505 * 10 ^ 13 * s ^ - 1 for the ground electronic state. The excitation energy to the first excited electronic state is 6.036 eV.
What is required is to solve this issue is necessary
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Sir kya vibrational spectra or vibrational rotational spectra both are same confusion h sir isme pls tell me
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Thanku sir for this video
Sir pqr branches and vibration rotational raman spectra dono ek hi question hai na????????????????????????
Sir ye rotational chapter ka topic h na dusra chapter vibrational h M bhout confused hu agr yeh rotational chapter ka topic h to Y pura unit ka topic h na ya isse other bhi koi video hai plz 🙏 bta do sir
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