A) second line of Lyman series
B) second line of Balmer series
C) second line of Paschen series
D) an absorption line of Balmer series
Correct Answer: B
Solution :
Second line of Lyman series corresponds to the transition \[n=3\to n=1\] |
Second line of Balmer series corresponds to the transition \[n=4\to n=2\] |
Second line of Paschen series corresponds to the transition \[n=5\] to \[n=3\] |
An absorption line of Balmer series arises when electron jumps from \[n=2\] to any other higher state. |
Thus, choice is correct. |
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