A certain transition in H spectrum from ...

A certain transition in H spectrum from an excited state to ground state in one or more steps gives rise to total 10 lines. How many of these belong to uv spectrum?

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A certain transition in H-spectrum from an axcited state to ground state in one (or) more steps gives rise to total 10 lines. How many of these belongs to UV-spectrum.

The electron in a hydrogen atom makes a transition from an excited state to the ground state. Which of the following statements is true ?

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)

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)

Consider a hydrogen-like atom whose energy in n^(th) excited state is given by E_(n) = (13.6Z^(2))/(n^(2)) When this excited atom makes transition from excited state to ground state most energetic photons have energy E_(max) = 52.224eV and least energetic photons have energy E_(min) = 1.223eV. find the atomic number of atom and the state of excitation.

Atomic hydrogen is excited from the grounds state to the n^(th) state. The number of lines in the emission spectrum will be:

AAKASH SERIES-ATOMIC STRUCTURE-OBJECTIVE EXERCISE - 2

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