The frequency of certain line of the Lyman series ( to ) of the atomic spectrum of hydrogen can sati — Atomic Structure Chemistry Question
Question
The frequency of certain line of the Lyman series ($n_2 = 4$ to $n_1 = 1$) of the atomic spectrum of hydrogen can satisfy the following conditions:
Answer: A,C,D
💡 Solution & Explanation
By Ritz combination principle, $E_{4 \to 1} = E_{4 \to 2} + E_{2 \to 1}$ (Balmer + Lyman). Also $E_{4 \to 1} = E_{4 \to 3} + E_{3 \to 2} + E_{2 \to 1}$ (Paschen + Balmer + Lyman). Also $E_{4 \to 1} = E_{4 \to 3} + E_{3 \to 1}$ (Paschen + Lyman). Therefore, correct answer is A, C, D.
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