The radius of an orbit in a Hydrogen - like atom is 4.5 a0, where a0 – InterviewSolution

1.	The radius of an orbit in a Hydrogen - like atom is 4.5 a0, where a0 is the Bohr radius. Its orbital angular momentum is 3h2π, it is given that h is Planck's constant and R is Rydberg constant. The possible wavelength when the atom de-excites from the given state to the ground state is:
Answer» The radius of an orbit in a Hydrogen - like atom is $4.5 a_{0}$ , where $a_{0}$ is the Bohr radius. Its orbital angular momentum is $\frac{3 h}{2 π}$ , it is given that $h$ is Planck's constant and $R$ is Rydberg constant. The possible wavelength when the atom de-excites from the given state to the ground state is:

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