The mass of the deuterium molecule D2 is twice that of the hydrogen molecule H₂. If the vibrational frequency of H₂ is 1

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The mass of the deuterium molecule D2 is twice that of the hydrogen molecule H₂. If the vibrational frequency of H₂ is 1

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The Mass Of The Deuterium Molecule D2 Is Twice That Of The Hydrogen Molecule H If The Vibrational Frequency Of H Is 1 1
The Mass Of The Deuterium Molecule D2 Is Twice That Of The Hydrogen Molecule H If The Vibrational Frequency Of H Is 1 1 (47.92 KiB) Viewed 14 times
The Mass Of The Deuterium Molecule D2 Is Twice That Of The Hydrogen Molecule H If The Vibrational Frequency Of H Is 1 2
The Mass Of The Deuterium Molecule D2 Is Twice That Of The Hydrogen Molecule H If The Vibrational Frequency Of H Is 1 2 (36.23 KiB) Viewed 14 times
The mass of the deuterium molecule D2 is twice that of the hydrogen molecule H₂. If the vibrational frequency of H₂ is 1.22 x 10¹4 Hz, what is the vibrational frequency of D2, assuming that the "spring constant" of attracting forces is the same for the two species? Answer in units of Hz.
1. 96166500000000 2. 91923900000000 3. 93338100000000 4. 87681200000000 5. 97580700000000 6. 98994900000000 7. 86267000000000 8. 89095500000000 9. 90509700000000 10. 94752300000000
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