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When a Molecule Jumps from a Rotational Energy Level Characterised

Question 35

Multiple Choice

When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is:


A) When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is: A) B) C) D) E)
B) When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is: A) B) C) D) E)
C) When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is: A) B) C) D) E)
D) When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is: A) B) C) D) E)
E) When a molecule jumps from a rotational energy level characterised by the rotational quantum number J to one characterised by J- 1, the difference in energy of levels J and J -1, EJ - EJ - 1, is: A) B) C) D) E)

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