Question

Consider two difference hydrogen atoms . The electron in each atom is in an excited state .is it possible for the electron to have difference energies but same orbital angular momentum according to the bohrs model.If a proton had a radius R and the charge was uniformly disturbed calculate the hydrogen aton when R = 10 A

Answer 1

$no \: it \: s \: not \: possible \: for \: the \: elctron \: o \: have \: difft \: energis \: becoze \\ e = \frac{ - 13.6}{ {n}^{2} } \: \: the \: elctron \: which \: have \: difft \: energies \: have \: difft \: values \: of \: n \\ \\ for \: solving \: the \: eqution \: use \: (angular \: momen)mvr = \frac{nh}{2\pi} so \: as \: n \: changes \: angulr \: momemtum \: \: changes$