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Mass Energy Equivalence

Supposing the...

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Supposing the I.P. of hydrogen atom is 960 eV. Find out the value of principal quantum number having the energy equal to -60 eV. 1) n=2 2) n=3 3) n=4 4) n=5

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Q. Supposing the I.P. of hydrogen atom is

960

eV. Find out the value of principal quantum number having the energy equal to

- 60

Q. Supposing the ionisation energy of hydrogen like species is 960 eV. Find out the value of principal quantum number having the energy equal to - 60 eV.

Q. What is the energy in eV required to excite the electron from n = 1 to n = 2 energy level in a hydrogen atom? (n = principal quantum number)

Q. Energy E of a hydrogen atom with principal quantum number n is given by

E = \frac{- 13.6}{n^{2}} e V

. The energy of a photon
ejected when the electron jumps n = 3 state to n = 2 state of hydrogen is approximately

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e V

required to excite the electron from

n = 1

n = 2

state in hydrogen atom? (

n =

principal quantum number)

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