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Bosch Method

An electron i...

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An electron in hydrogen atom falls from sixth excited state to first excited state. Total possible lines emitted in the visible region are - 1)zero 2)15 3)5 4)21

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Q. An electron in a hydrogen atom first jumps from third excited state to second excited state and then from second excited state to first excited state. The ratio of wavelengths

λ_{1} : λ_{2}

emitted in the two cases is -

Q. When an electron is excited to

n^{th}

energy state in hydrogen, the possible number of spectral lines emitted are

Q. A sample of hydrogen atom is excited to n = 4 state. In the spectrum of emitted radiation, the number of lines in the ultraviolet and visible regions are respectively:

Q. In a sample of hydrogen atoms, electrons are de-excited from the

7^{t h}

shell. The number of lines emitted which are not in visible region are:

Q. Calculate the total number of possible spectral lines in the UV region, during the transition of an electron from the

4^{th}

excited state to the ground state in a sample of Hydrogen atoms.

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