Calculate the wavelength for the longest wavelength transition in the balmer series of atomic hydrogen
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Answered by
1
Answer:
transition should be from orbit 3 to 2
1/A = R ×1^2 ((1/2^2)-(1/3^2))
A is wavelength
R is rhydberg constant ( you can use 1/R =912 Angstrom)
it will make calculation convenient
Answered by
15
Answer:
transition should be from orbit 3 to 2
1/A = R ×1^2 ((1/2^2)-(1/3^2))
A is wavelength
R is rhydberg constant ( you can use 1/R =912 Angstrom)
it will make calculation convenient
Explanation:
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