Which of the following statement is correct with respect to an electron having de-Brogliewavelength in a Bohr’s orbit of He+ ion, equal to1.59 πÅ?(1) The electron is present in 2nd Bohr’s orbit ofHe+ ion(2) On de-excitation to ground state, emittedphoton(s) may lie in infrared or visible region(3) Total energy of electron in given Bohr’s orbitis – 3.4 eV(4) On de-excitation the maximum wavelength ofemitted photon is 1644 Å (approx.)(only one choice correct)

Which of the following statement is correct with respect to an elect

1.	Which of the following statement is correct with respect to an electron having de-Brogliewavelength in a Bohr’s orbit of He+ ion, equal to1.59 πÅ?(1) The electron is present in 2nd Bohr’s orbit ofHe+ ion(2) On de-excitation to ground state, emittedphoton(s) may lie in infrared or visible region(3) Total energy of electron in given Bohr’s orbitis – 3.4 eV(4) On de-excitation the maximum wavelength ofemitted photon is 1644 Å (approx.)(only one choice correct)
Answer» (2) On de-excitation to ground state, emittedphoton(s) MAY LIE in infrared or VISIBLE regionExplanation:it is correct