In the emissoin spectrum of H-atom from energy level 'n' to ground state in one or more setp ,no line belonging to the Brackett series is cbserved . The wave number of line belonging to Balmer series may be[R=Rydbery constant].

In the emission spectrum of H- atom from energy level 'n' to ground state in one more step, no line belonging to the Brackett series is observed. The wave number of lines belonging to Balmer series may be

In the emission spectrum of H- atom from energy level 'n' to ground state in one more step, no line belonging to the Brackett series is observed. The wave number of lines belonging to Balmer series may be

In a certain electronic transition from the quantum level, 'n' to the ground state in atomic hydrogen in one or more steps, no line belonging to the Brackett series is observed. What wave numbers may be observed in the Balmer series? (R=Rydberg Constant)

In a certain electronic transition from the quantum level, 'n' to the ground state in atomic hydrogen in one or more steps, no line belonging to the Bracket series is observed. What wave number may be observed in the Balmer series ? (R = Rydberg Constant)

The wave number of the H_(a)- line in Balmer series of hydrogen spectrum is

What is the wave length of H, line in Balmer series of hydrogen spectrum? (R = Rydberg constant)

If the wave number of 1^(st) line of Balmer series of H-atom is 'x' then :