Q.

Considering the motion of nucleus of hydrogen and deuterium atoms, select the correct statement:

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a

The radius of first Bohr orbit of deuterium is less than that of hydrogen.

b

The speed of electron in first Balmer line of deuterium is more than that of hydrogen.

c

The wavelength of first Balmer line of deuterium is more than that of hydrogen.

d

The angular momentum of electron in the first Bohr orbit of deuterium is more than that of hydrogen.

answer is A.

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Detailed Solution

answerWe know that radius of Bohr orbit is rn=n2h24π2mkZe2Considering the motion of nucleus the deuteriam mass is more than that of hydrogen.So the radius of first Bohr orbit ofDeuterium is less than that of Hydrogen
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Considering the motion of nucleus of hydrogen and deuterium atoms, select the correct statement: