A) \[-1.8\,{{\Delta }_{0}}\]
B) \[-1.6\,{{\Delta }_{0}}+P\]
C) \[-1.2\,{{\Delta }_{0}}\]
D) \[-\,0.6\,{{\Delta }_{0}}\]
Correct Answer: D
Solution :
\[{{\operatorname{d}}^{4}}\] in high spin octahedral complex \[\operatorname{CFSE}\,\,\left( -\,0.4\,x\,\,+\,\,0.6\,y \right){{\Delta }_{0}}\] Where, \[\operatorname{x}\to \,\,electrons\,\,in\,\,{{t}_{2}}_{g}\,orbital\] \[\operatorname{y}\to electrons in {{e}_{g}} orbital\,\] \[\operatorname{CFSE} = \left[ 0.6 \times 1 \right] + \left[ -\,0.4 \times 3 \right] = - 0.6aq\]You need to login to perform this action.
You will be redirected in
3 sec