Which of the following electronic transitions requires highest amount of energy when a compound is interacted with ultraviolet radiations?
Correct answer: D. n → 8
- A. n → Π
- B. Π → Π
- C. 8 → 8
- D. n → 8
Explanation
This transition involves the excitation of an electron from a non-bonding orbital (n) to another orbital (8). If 8 represents a higher energy orbital, this transition could require a significant amount of energy, potentially more than the other transitions listed, depending on the specific molecular orbitals involved.
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