The maximum no. of electrons that can be accomodated in d {x2 - y2 } orbital ???? i want proper answer with proper explanation..plzzzz!!!
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Hi friend,
Your answer to the question is "2" electrons.
Reasons:-
As we all came across that s-orbitals can accommodate 2 electrons.
P-orbitals can accommodate 8 electrons with 2 electrons from s - shell and 6 - electrons from p- shell.
And now d- orbitals consists of 18 electrons with (2 - s shell, 8- p shell) electrons and then "10" d - orbital electrons.
So d- orbitals possesses 10 electrons.
Now the d- orbitals divided into 5 sub - shells. From that d(x2-y2) is also included.
Therefore 10 electrons will be separated into 2*5 electrons in each sub orbitals.
So d(x2-y2) has "2" electrons.
Hope I helped you a little!!!!
Your answer to the question is "2" electrons.
Reasons:-
As we all came across that s-orbitals can accommodate 2 electrons.
P-orbitals can accommodate 8 electrons with 2 electrons from s - shell and 6 - electrons from p- shell.
And now d- orbitals consists of 18 electrons with (2 - s shell, 8- p shell) electrons and then "10" d - orbital electrons.
So d- orbitals possesses 10 electrons.
Now the d- orbitals divided into 5 sub - shells. From that d(x2-y2) is also included.
Therefore 10 electrons will be separated into 2*5 electrons in each sub orbitals.
So d(x2-y2) has "2" electrons.
Hope I helped you a little!!!!
Anonymous:
thnx dear...i was searching for my ans...from such a long time..nd i didnt thought that i will get my ans on brainly !!
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