The angular momentum of electron in `Li^(2+)` is found to be `14(h/11)` . Calculated the potential energy (in eV) of system .

The angular momentum of electron of H atom is proportional to:

The angular momentum of an electron in the hydrogen atom is (2h)/(pi) . What is the potential energy of this electron ?

" The angular momentum of an electron in first orbit of Li^(+) ion is : "

The electron in given Bohr orbit has a total energy of -3.4 eV.Calculate its potential energy adn

Calculate the angular momentum of an electron in the second orbit of an atom ?

The angular momentum of an electron in the hydrogen atom is (3h)/(2pi) Here. h is Planck's constant. The kinetic energy of this electron is

The angular momentum of an electron in the hydrogen atom is (3h)/(2pi) Here. h is Planck's constant. The kinetic energy of this electron is

The angular momentum of an electron in hydrogen atom is h/pi The kinetic energy of the electron is

The angular momentum of an electron in hydrogen atom is h/pi The kinetic energy of the electron is

The angular momentum of an electron in hydrogen atom is 4 h// 2 pi . Kinetic energy this electron is