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When a Molecule Jumps from a Rotational Energy Level Characterized

Question 18

Multiple Choice

When a molecule jumps from a rotational energy level characterized by the rotational quantum number J to one characterized 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 characterized by the rotational quantum number J to one characterized by J − 1, the difference in energy of levels J and J − 1, E<sub>J</sub> − EJ<sub> </sub><sub>−</sub><sub> 1</sub>, is A) . B) . C) . D) . E) . .
B)
When a molecule jumps from a rotational energy level characterized by the rotational quantum number J to one characterized by J − 1, the difference in energy of levels J and J − 1, E<sub>J</sub> − EJ<sub> </sub><sub>−</sub><sub> 1</sub>, is A) . B) . C) . D) . E) . .
C)
When a molecule jumps from a rotational energy level characterized by the rotational quantum number J to one characterized by J − 1, the difference in energy of levels J and J − 1, E<sub>J</sub> − EJ<sub> </sub><sub>−</sub><sub> 1</sub>, is A) . B) . C) . D) . E) . .
D)
When a molecule jumps from a rotational energy level characterized by the rotational quantum number J to one characterized by J − 1, the difference in energy of levels J and J − 1, E<sub>J</sub> − EJ<sub> </sub><sub>−</sub><sub> 1</sub>, is A) . B) . C) . D) . E) . .
E)
When a molecule jumps from a rotational energy level characterized by the rotational quantum number J to one characterized by J − 1, the difference in energy of levels J and J − 1, E<sub>J</sub> − EJ<sub> </sub><sub>−</sub><sub> 1</sub>, is A) . B) . C) . D) . E) . .

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