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A hydrogen atom makes a transition from \(n =5\) to \(n =1\) orbit. The wavelength of photon emitted is \(\lambda\). The…

Q1

A hydrogen atom makes a transition from \(n =5\) to \(n =1\) orbit. The wavelength of photon emitted is \(\lambda\). The wavelength of photon emitted when it makes a transition from \(n =5\) to \(n =2\) orbit is

a

\(\frac{8}{7} \lambda\)

b

\(\frac{16}{7} \lambda\)

c

\(\frac{24}{7} \lambda\)

d

\(\frac{32}{7} \lambda\)

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