Which orbit of $Be^{+3}$ has the same orbit radius as that of the ground state of hydrogen atom?

  • A
    $3$
  • B
    $2$
  • C
    $4$
  • D
    $5$

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If the ratio of the area of two orbits of an $H$ atom is $4 : 1$,then the ratio of the frequency of the $e^-$ in these two orbits is:

The ratio of the radius of the $2^{nd}$ orbit of $H$ to the radius of the $3^{rd}$ orbit of $He^{+}$ is ......

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What is the kinetic energy of an electron in the second excited state of $He^{+}$? (Energy of an electron in the first shell of $H = -13.6 \ eV$)

The potential energy of an electron in the third excited state of $He^{+}$ ion is ............. $eV$.

In Bohr's model,the atomic radius of the first orbit is $\gamma$. The radius of the $3^{rd}$ orbit is:

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