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13. cas Use the curve of Fig 24-17 to estimate the stiffness constant K for the H₂ molecule. (Recall that PE = 1/2 KX₂²) (6) Then estimate the fundamental wavelength for vibrational transitions using the classical formula (Chil), but use only. 2 the mass of an It atom (ble both I atoms move)

13. cas Use the curve of Fig 24-17 to estimate the stiffness constant K for the H₂ molecule. (Recall that PE = 1/2 KX₂²) (6) Then estimate the fundamental wavelength for vibrational transitions using the classical formula (Chil), but use only. 2 the mass of an It atom (ble both I atoms move)

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13. cas Use the curve of Fig 24-17 to estimate the stiffness constant 1/2 Kx²) '/z K for the H₂ molecule. (Recall that PE = (6) Then estimate the fundamental wavelength for vibrational transitions using the classical formula (Chil), but use only. the mass of an It atom (blc both I atoms move)
Transcribed Image Text:13. cas Use the curve of Fig 24-17 to estimate the stiffness constant 1/2 Kx²) '/z K for the H₂ molecule. (Recall that PE = (6) Then estimate the fundamental wavelength for vibrational transitions using the classical formula (Chil), but use only. the mass of an It atom (blc both I atoms move)
PE 0.1 nm To=0.074 nm -4.5 ev Figure 29-17 SHO (kx²) H₂ molecule
Transcribed Image Text:PE 0.1 nm To=0.074 nm -4.5 ev Figure 29-17 SHO (kx²) H₂ molecule
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