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Quantum number area assigned to get co...

Quantum number area assigned to get complete inforamtion of electrons regarding their energy engular momentum ,spectral lines etc. Four quantum number are known i.e pricipal quantum numbers which tell the diatence shell and its angular momentum .Azimuthal and of courase shape of orbital , Magnetic qunatum number deals with syudy of orientations or deganeracy of a subshell . spin quantum number defines te spin of electrons designaated as `+(1)/(2) or-(1)/(2)` respresented by 123 and 123 respectively .
Electrons are filled in oritals and Hun's rule of maximum multicity .
Two unpaired electrons present in carbon atom are different with respect to their :

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Quantum number area assigned to get complete inforamtion of electrons regarding their energy engular momentum ,spectral lines etc. Four quantum number are known i.e pricipal quantum numbers which tell the diatence shell and its angular momentum .Azimuthal and of courase shape of orbital , Magnetic qunatum number deals with syudy of orientations or deganeracy of a subshell . spin quantum number defines te spin of electrons designaated as +(1)/(2) or-(1)/(2) respresented by 123 and 123 respectively . Electrons are filled in oritals and Hun's rule of maximum multicity . spin angular momentum for unpaires electron in sodium (Atomic No =11 ) is :

Quantum number area assigned to get complete inforamtion of electrons regarding their energy engular momentum ,spectral lines etc. Four quantum number are known i.e pricipal quantum numbers which tell the diatence shell and its angular momentum .Azimuthal and of courase shape of orbital , Magnetic qunatum number deals with syudy of orientations or deganeracy of a subshell . spin quantum number defines te spin of electrons designaated as +(1)/(2) or-(1)/(2) respresented by 123 and 123 respectively . Electrons are filled in oritals and Hun's rule of maximum multicity . spin angular momentum for unpaires electron in sodium (Atomic No =11 ) is :

Quantum number area assigned to get complete inforamtion of electrons regarding their energy engular momentum ,spectral lines etc. Four quantum number are known i.e pricipal quantum numbers which tell the diatence shell and its angular momentum .Azimuthal and of courase shape of orbital , Magnetic qunatum number deals with syudy of orientations or deganeracy of a subshell . spin quantum number defines te spin of electrons designaated as +(1)/(2) or-(1)/(2) respresented by 123 and 123 respectively . Electrons are filled in oritals and Hun's rule of maximum multicity . Number of electrons having the quantum numbers n=4, l=0, s=-(1)/(2) in Zn^(+2) ion is /are :

Quantum number area assigned to get complete inforamtion of electrons regarding their energy engular momentum ,spectral lines etc. Four quantum number are known i.e pricipal quantum numbers which tell the diatence shell and its angular momentum .Azimuthal and of courase shape of orbital , Magnetic qunatum number deals with syudy of orientations or deganeracy of a subshell . spin quantum number defines te spin of electrons designaated as +(1)/(2) or-(1)/(2) respresented by 123 and 123 respectively . Electrons are filled in oritals and Hun's rule of maximum multicity . Number of electrons having the quantum numbers n=4, l=0, s=-(1)/(2) in Zn^(+2) ion is /are :

Quantum number area assigned to get complete information of electrons regarding their energy angular momentum ,spectral lines etc. Four quantum number are known i.e principal quantum numbers which tell the distinct shell and its angular momentum .Azimuthal tell about subshell and Magnetic quantum number deals with different orbitals in subshell. spin quantum number defines the spin of electrons designated as +(1)/(2) or-(1)/(2) Electrons are filled in orbitals according to Hund's rule of maximum multiplicity . Two unpaired electrons present in carbon atom are different with respect to their :

The azimuthal quantum number and the principal quantum number of the 17th electron are

The quantum number which is related to the orbital angular momentum is

The quantum number which is related to the orbital angular momentum is