The orbital angular momentum for an electron revolving in an orbit is given by $\sqrt{l(l+1)}\frac{h}{2\pi }$. What is the orbital angular momentum of an s-electron?

Q. The orbital angular momentum for an electron revolving in an orbit is given by $\sqrt{l(l+1)}\frac{h}{2\pi }$. Determine this momentum for an s - electron.

Q. The orbital angular momentum of an electron is $\sqrt{3}\frac{h}{\pi }$. Which of the following may be a permissible value of angular momentum of an electon revolving in an unknown Bohr's orbit?

Q. The orbital angular momentum of an electron revolving in a p-orbital is :

Q. Assertion :The angular momentum of the electron revolving in a stationary orbit is equal to integral multiples of $\frac{h}{2\pi }$. Reason: Angular momentum of an electron orbiting around the nucleus is quantized.

Q. The orbital angular momentum of an electron is $\sqrt{3}\frac{h}{\pi }$, Which of the following of angular momentum of this electron revolving in unknown Bohr orbit?