An electron in Bohr's hydrogen atom has an energy of -3.4 eV. The angular momentum 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

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

The energy of an electron in an excited hydrogen atom is -3.4 eV . Calculate the angular momentum of the electron according to Bohr's theory. (Given Rydberg's constant R=1.09737 xx 10^-7 m^-1, h=6.626176 xx 10^-34 Js, c=3 xx 10^8 ms^-1) .

In an excited state, the energy of the electron of a hydrogen atom is -0.54 eV. Determine the angular momentum of the electron in this state from Bohr's theory .

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

The energy of the electron is second Bohr's orbit in the hydrogen atom is -3.41 eV. The energy of the electron is second Bohr's orbit of He^+ ion would be:

The energy of an excited hydrogen atom is -1.51 eV. Determine the angular momentum of the electron according to Bohr's hypothesis.