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Bohr's Model of a Hydrogen Atom

The I.P. of a...

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The I.P. of a hydrogen like species is 36eV . What is the value of second excitation energy ? A)5 eV B)12eV C)32eV D)27e

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Q. An energy of 40.8 eV is required to excite a Hydrogen-like species from

1^{s t}

Bohr orbit to second. Which is/are correct statement(s) :

Q. The energy gap between the first energy state and the second excited state of a hydrogen like atom is 48.35 eV. Then the energy of the first excited state is

Q. In a hydrogen like species, electron is in

2^{n d}

excited state. The binding energy of

4^{t h}

state of this species is

13.6 e V

Q. If the binding energy of

2^{n d}

excited state of a hydrogen-like sample is 24 eV approximately, then the atomic number Z of the H-like species is:

Q. A hydrogen like species (atomic number

Z

) is present in a higher excited state of quantum number

n

. This excited atom can make a transition to the first excited state by successive emission of two photons of energies

10.20 eV

17.0 eV

respectively. Alternatively, the atom from the same excited state can make a transition to the second excited state by successive emission of two photons of energy

4.25 eV

5.95 eV

respectively. Determine the value of

n

.

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