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In a hypothetical Bohr hydrogen, the mas...

In a hypothetical Bohr hydrogen, the mass of the electron is doubled. The energy `E_(0)` and radius `r_(0)` of the first orbit will be (`a_(0)` is the Bohr radius)

A

`E_(0)=-27.2eV,r_(0)=a_(0)//2`

B

`E_(0)=-27.2eV,r_(0)=a_(0)`

C

`E_(0)=-13.6eV,r_(0)=a_(0)//2`

D

`E_(0)=-13.6eV,r_(0)=a_(0)`

Text Solution

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The correct Answer is:
A
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