An electron in the ground state of hydrogen has an angular momentum `L_(1)` and an electron in the fist excited state of lithium has an angular momentum `L_(2)`. Then,

An electron in ground state of hydrogen has an angular momentum L_(1) and an electron in the first excited state of Lithium has an angular momentum L_(2) . Then L_(2)

An orbit electron in the ground state of hydrogen has an angular momentum L_(1) , and an orbital electron in the first orbit in the ground state of lithium (dounle ionised positively) has an angular momentum L_(2) . Then :

An orbit electron in the ground state of hydrogen has an angular momentum L_(1) , and an orbital electron in the first orbit in the ground state of lithium (dounle ionised positively) has an angular momentum L_(2) . Then :

The angular momentum (L) of an electron in a Bohr orbit is gives as:

An electron in Bohr's hydrogen atom has angular momentum (2h)/(pi) The energy of the electron is

The energy of an electron in an excited state of hydrogen atom is -3.4 eV . The angular momentum of the electron in this state is

An electron moving around the nucleus with the an angular momentum l has a magnetic moment