If in hydrogen atom, radius of `n^(th)` Bohr orbit is , `n_(r)` frequency of revolution of electron in `n^(th)` orbit is `f_(n)` choose the correct optionA. B. C. D. Both (a) and (b)

If in hydrogen atom, radius of `n^(th)` Bohr orbit is , `n_(r)` freque

1.	If in hydrogen atom, radius of `n^(th)` Bohr orbit is , `n_(r)` frequency of revolution of electron in `n^(th)` orbit is `f_(n)` choose the correct optionA. B. C. D. Both (a) and (b)
Answer» Correct Answer - D

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Using Eq.(6.2e), find the probability `D` of a particle of mass `m` and energy `E` tunneling through the potential barrier shown in fig. where `U(x)=U_(0)(1-x^(2)//l^(2))`.
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Which of the following statements about the Bohr model of the hydrogen atom is false ?A. Acceleration of electron in `n = 2` orbit is less than that in `n = 1` orbiB. Angular momentum of electron in `n = 2` orbit is more than that in `n = 1` orbitC. Kinetic energy of electron in `n = 2` orbit is less than that in `n = 1` orbiD. Potential energy of electron in `n = 2` orbit is less than that in `n = 1` orbit
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An electron in the `n = 1` orbit of hydrogen atom is bound by `13.6 eV`energy is required to ionize it isA. 13.6 eVB. 6.53 eVC. 5.4 eVD. 1.51 eV

If in hydrogen atom, radius of `n^(th)` Bohr orbit is , `n_(r)` frequency of revolution of electron in `n^(th)` orbit is `f_(n)` choose the correct optionA. B. C. D. Both (a) and (b)

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