In an excited hydrogen atom an electron undergoes a transition from n=1 to n=2. Assuming the value of R= 1.09677*10^7 m^-1
a) The wave number of the emitted radiation.
b) The frequency of the emitted radiation
c) The wavelength of the emitted radiation

Question

In an excited hydrogen atom an electron undergoes a transition from
n=1 to n=2 Assuming the value of R= 1 09677*10^7 m^-1
a) The wave number of the emitted radiation
b) The frequency of the emitted radiation
c) The wavelength of the emitted radiation

Chandresh Kumar Patel · Accepted Answer

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In an excited hydrogen atom an electron undergoes a transition from n=1 to n=2. Assuming the value of R= 1.09677*10^7 m^-1 a) The wave number of the emitted radiation. b) The frequency of the emitted radiation c) The wavelength of the emitted radiation

In an excited hydrogen atom an electron undergoes a transition from n=1 to n=2. Assuming the value of R= 1.09677*10^7 m^-1
a) The wave number of the emitted radiation.
b) The frequency of the emitted radiation
c) The wavelength of the emitted radiation