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For he ground state , the electron int e...

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,

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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 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,

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What is the angular momentum of electron in the second orbit of Bohr's model of hydrogen atom ?

The angular momentum of the electron in the third orbit of H atom is