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Limitations of Bohr's Model

The electric ...

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The electric potential between a proton and an electron is given by V=V'ln{r/r'} where r' is a cnstant.assume bohr atom model is applicable to potential,then variation of radius Rn with the nth orbit with principal quantum number is

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Q. The electric potential between a proton and an electron is given by

V = V_{0} ln \frac{r}{r_{0}}

r_{0}

is a constant. Assuming Bohr's model to be applicable, write variation of

r_{n}

n, n

being the principal quantum number?

Q. The potential of an atom is given by

V = V_{0} l o g_{e} (r / r_{0})

r_{0}

is a constant and r is the radius of the orbit. Assuming Bohr's model to be applicable, which variation of

r_{n}

with n is possible (n being principal quantum number)?

Q. The electric potential energy between a proton and an electron is given by

U = U_{0} l n \frac{r}{r_{0}}

r_{0}

is a constant. Assuming Bohr's model to be applicable, write the variation of

^{'} r^{'}

n

n

being the principal quantum number.

Q. The electric potential between a proton and an electron is given by

V = V_{0} ln \frac{r}{r_{0}},

r_{0}

is a constant. Assuming Bohr's model to be applicable, Find the relation between

r_{n}

n .

n

being the principal quantum number.

Q. If the attractive potential between electron and proton were given by

V (r) = V_{0} l n (\frac{r}{r_{0}})

V_{0}, r_{0}

are constants), the radius

r_{n}

n t h

Bohr orbit in Hydrogen atom would be proportional to

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