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The quantum number of four electrons (el...

The quantum number of four electrons (el to e4) are given below :-
`{:(,n,,l,,m,,s,,),(e1,3,,0,,0,,+1//2,,),(e2,4,,0,,0,,1//2,,),(e3,3,,2,,2,,-1//2,,),(e4,3,,1,,-1,,1//2,,):}`
The correct order of decreasing energy of these electrons is :

A

e4 gt e3 gt e2 gt e1

B

e2 gt e3 gt e4 gt e1

C

e3 gt e2 gt e4 gt e1

D

e1 gt e4 gt e2 gt e3

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The quantum number of four electrons (el to e4) are given below :- {:(,n,,l,,m,,s,,),(e1,3,,0,,0,,+1//2,,),(e2,4,,0,,1,,1//2,,),(e3,3,,2,,2,,-1//2,,),(e4,3,,1,,-1,,1//2,,):} The correct order of decreasing energy of these electrons is :

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NARENDRA AWASTHI-ATOMIC STUCTURE-Exercise
  1. Select correct statement :

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  2. Read the following statements and choose the correct option. (I) ...

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  3. The quantum number of four electrons (el to e4) are given below :- ...

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  4. The energy of an electron of 2p(x) orbital is :

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  5. In group 15 elements, the number of unpaired electrons in valence shel...

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  6. The orientation of an orbital is governed by the quantum number k...

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  7. What is the maximum number of electrons in a subshell that can have th...

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  8. which of the following statements about an electron with m1=+2 is inco...

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  9. which of the following set of quantum numbers is impossible for an ele...

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  10. In a 3d subshell, all the five oprbitals are degenerate. What does it ...

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  11. which of the following subshell can accommodate as many as 10 electron...

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  12. which of the following statements is correct for an electron having az...

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  13. which of the following statements is incorrect?

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  14. For an 4py orbital, there are nodal plane……… and azimuthal quantum num...

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  15. which of the folowing statement is correct?

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  16. Give the correct order of initials T(true)F(false) for following satem...

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  17. The orbital diagram in which both the pauli's exclusion principal and ...

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  18. It is not possible to explain the Pauli's exclusion principal with th...

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  19. The subshell that rises after f subshell is called g subshell What i...

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  20. The variation of radial probability density R^2 (r) as a function of ...

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