In the series in the line spectrum of hydrogen, the wavelength of radiation is 6.563A˚. The name of the series and the orbits in which electron transition takes place are:
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∵
λ
1
=R
H
[
(n
1
)
2
1
−
(n
2
)
2
1
]
Where R
H
= Rydberg constant =1.097×10
7
m
−1
λ=6.563×10
−2
M
∴
6.563×10
−7
1
=1.09×10
7
[
(n
1
)
2
1
−
(n
2
)
2
1
]
∴
(n
1
)
2
1
−
(n
2
)
2
1
≈
36
5
∴n
1
=2,n
2
=3
∴ It is the electron transition from 2
nd
orbit in Balmer series.
λ
1
=R
H
[
(n
1
)
2
1
−
(n
2
)
2
1
]
Where R
H
= Rydberg constant =1.097×10
7
m
−1
λ=6.563×10
−2
M
∴
6.563×10
−7
1
=1.09×10
7
[
(n
1
)
2
1
−
(n
2
)
2
1
]
∴
(n
1
)
2
1
−
(n
2
)
2
1
≈
36
5
∴n
1
=2,n
2
=3
∴ It is the electron transition from 2
nd
orbit in Balmer series.
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