According to Bohr's theory the energy required for the transition of H-atom from\[~n=6\text{ }to\text{ }n=8\] state is

equal to the energy required for the transition from \[n=7\text{ }to\text{ }n=9\]state.

equal to the energy required for the transition from \[n=5\text{ }to\text{ }n=6\]state

According to Bohr's theory the energy required for the transition of H

1.	According to Bohr's theory the energy required for the transition of H-atom from\[~n=6\text{ }to\text{ }n=8\] state is
A.	equal to the energy required for the transition from \[n=5\text{ }to\text{ }n=6\]state
B.	larger than in [a]
C.	less than in [a]
D.	equal to the energy required for the transition from \[n=7\text{ }to\text{ }n=9\]state.
Answer» D. equal to the energy required for the transition from \[n=7\text{ }to\text{ }n=9\]state.

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According to Bohr's theory the energy required for the transition of H-atom from\[~n=6\text{ }to\text{ }n=8\] state is

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