Which of the following correctly represents the order of ligands in the spectrochemical series?
- A$Br^{-} < Cl^{-} < NH_3 < H_2O$
- B$I^{-} < Br^{-} < H_2O < OH^{-}$
- C$F^{-} < Cl^{-} < H_2O < NH_3$
- D$I^{-} < Cl^{-} < H_2O < en$
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Complete removal of both the axial ligands (along the $z-$ axis) from an octahedral complex leads to which of the following splitting patterns? (relative orbital energies not on scale)
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View SolutionThe crystal field splitting energy for octahedral $\Delta _0$ and tetrahedral $\Delta _t$ complexes is related as
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Match the $LIST$-$I$ with $LIST$-$II$:
List-$I$ (Electronic configuration of tetrahedral metal ion)
List-$II$ (Crystal Field Stabilization Energy $(\Delta_t)$)
$A$. $d^2$
$I$. $-0.6$
$B$. $d^4$
$II$. $-0.8$
$C$. $d^6$
$III$. $-1.2$
$D$. $d^8$
$IV$. $-0.4$
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| $A$. $d^2$ | $I$. $-0.6$ |
| $B$. $d^4$ | $II$. $-0.8$ |
| $C$. $d^6$ | $III$. $-1.2$ |
| $D$. $d^8$ | $IV$. $-0.4$ |
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View SolutionState the limitations of crystal field theory $(CFT)$.
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