For the Ground state , the electron in the H atom has an angular momentum = h, according to the simple Bohr model . Angualar momentum is a vector pointing in all possible directions . Actually , it is not true,

For the ground state , the electron in the H-atom has an angular momentum =h , according to the simple Bohr model. Angular momentum is a vector ans hence there will be infinitely many orbits with the vector pointing in all possible direction . In actuality, this is not true.

For the ground state, the electron in the H-atom has an angular momentum=h, according to the simple Bohr model. Angular momentum is a vector and hence there will be infinitely many orbits with the vector pointing in all possibly directions. Actuality, this is not true.

For the ground state, the electron in the H - atom has an angular momentum=L, according to the simple Bohr model. Angular momentum is a vector and hence there will be infinitely many orbits with the factor pointing in all possible directions, In actuality this is not true,

For he ground state , the electron int eh H-atom has an angular momentum =h , accord-ing to the simple Bohr model. Angular momentum is a vector ans hence there will be infi-nitely many orbits with the vector pointing in alll possible direction . In actuality , this is not true,

For he ground state , the electron int eh H-atom has an angular momentum =h , accord-ing to the simple Bohr model. Angular momentum is a vector ans hence there will be infi-nitely many orbits with the vector pointing in alll possible direction . In actuality , this is not true,

According to Bohr's model, angular momentum of electron is equal to integral multiple of

According to Bohr's model, angular momentum of electron is equal to integral multiple of

For an electron in the second orbit of hydrogen, the angular momentum as per the Bohr's model is