"the energy of an electron in the first bohr orbit oh h atom is -13 6eV the possible energy - Chemistry - Structure of atom

Question

"the energy of an electron in the first bohr orbit oh h atom is -13
6eV the possible energy value of the excited states for electrons
in bohr orbits in hydrogen are

veena Vasandani · Accepted Answer

Energy for a hydrogen atom = -13 6/n2 where n is the
orbit

For n=1 E- -13 6 eV
For n=2, E = -13 6/4 = -3 4eV (option A)

"the energy of an electron in the first bohr orbit oh h atom is -13.6eV .the possible energy value of the excited states for electrons in bohr orbits in hydrogen are