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In Bohr's orbit of the mass of electron doubled the radius will become X times of the original keeping velocity constant.find the value of X.

In Bohr's orbit of the mass of electron doubled  the radius will become X times of the original keeping velocity constant.find the value of X.

Grade:12th pass

1 Answers

Vikas TU
14149 Points
4 years ago
Dear Student 
In Bhor’s hypothesis the radius of nth orbit is given as : Rn = n2h2 / 4 ∏2 m Ze2
In case of hydrogen the n=1 and z=1 , Rn = h2/ 4* pie2* m 
In case the mass is doubled Rn = h2/ 4* pie2*2m
Radius will be halved .
 

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