[" 7.The IP of "H" is "13.6eV" .It is exposed to electromagnetic waves of "1028A" and given out "],[" induced radiations.Find the wavelength of these induced radiations."]

The IP_(1) of H is 13.6 eV it is expoxed to electromagnetic waves of 1028A^@ and gives out induced radiation .Find the wavelength of these induced radiation

The IE_(1) of H is 13.6 eV . It is exposed to electromagnetic waves of 1028Å and gives out induced radiation. Find out orbit of these induced radiation.

H-atom is exposed to electromagnetic radiation of lambda=1025.6 Å and excited atom gives out induced radiation. What is the minimum wavelength of the induced radiation?

H-atom is exposed to electromagnetic radiation of lambda=1025.6 Å and excited atom gives out induced radiation. What is the minimum wavelength of the induced radiation?

A hydrogen like ion He^(o+) (Z = 2) is exposed to electromagnetic waves of 256.4 Å The excited electron gives out induced radiation .Find the wavelength of the induced radiation when the electron de-excites back to the ground state (R = 109677 cm^(-1))

A hydrogen -like ion He^(o+) (Z = 2) is expased to electromagnetic waves of 256.4 Å The excited electron gives out induced radiation .Find the wavelength of the induced radiation when the electron de-excetes back to the ground state (R = 109677 cm^(-1))

H-atom is exposed to electromagnetic radiation of lambda=1025.6 Å and excited atom gives out induced radiation. What is the minimum wavelength of the induced radiation? (a) 102.6 nm (b) 12.09 nm (c) 121.6 nm (d) 810.8 nm

The ionisation potential of H-atom is 13.6eV . It is exposed to electromagnetic radiation of wavelength 1028A^(@) and gives out induced radiations, then