Question

The frequency of certain line of Lyman series (n = 4 to n = 1) of the atomic spectrum of hydro-
gen can satisfy the following conditions:
a) it is the sum of the frequencies of a Lyman line and a Balmer line
5) it is the sum of the frequencies of a certain Lyman line, a Balmer line and a Brackett line
g) it is the sum of the frequencies of a Lyman line, Balmer line and a Paschen line
d) it is the sum of the frequencies of a Lyman and a Paschen line.​

Answer 1

Answer:

Explanation:

)It is the sum of the frequencies of a Lymaan line, a Balmer line and a Paschen line.

(d) It is the sum of the frequencies of a Lymaan line and a Paschen line

Answer 2

Answer:

Option (a) (c) (d) is the correct answer.

Explanation:

The frequency of certain lines of the Lyman series (n = $4$ to n = $1$) of the atomic spectrum of hydrogen satisfies that

• It is the sum of the frequencies of a Lyman line and Balmer line.
• It is the sum of the frequencies of a Lyman line, Balmer line, and a Paschen line.
• It is the sum of the frequencies of a Lyman and a Paschen line.

Hence, Option (a) (c) (d) is the correct answer that satisfy the Lyman series conditions.