The vlaue for crystal field stabilisation energy for an octahedral comlex, `[CoCI_(6)]^(4-)` is 18000 `cm^(-1)` The value of crystal field stabilisation energy for tetrahedral complex isA. `16000 cm^(-1)`B. `8000 cm^(-1)`C. `20000 cm^(-1)`D. `18000 cm^(-1)`

The vlaue for crystal field stabilisation energy for an octahedral com

1.	The vlaue for crystal field stabilisation energy for an octahedral comlex, `[CoCI_(6)]^(4-)` is 18000 `cm^(-1)` The value of crystal field stabilisation energy for tetrahedral complex isA. `16000 cm^(-1)`B. `8000 cm^(-1)`C. `20000 cm^(-1)`D. `18000 cm^(-1)`
Answer» (b) The CFSE for terrahedral complex is `(4)/(9)Delta_(0)` where `Delta_(0)` is CFSE for ocatahedral complexes. The value of `Delta_(0)` is `18000 cm^(-1)` "therefore" , the CFSE for terahedral complex is `(4)/(9) ` of `18000 cm^(-1)` that is `8000 cm^(-1)`

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The vlaue for crystal field stabilisation energy for an octahedral comlex, `[CoCI_(6)]^(4-)` is 18000 `cm^(-1)` The value of crystal field stabilisation energy for tetrahedral complex isA. `16000 cm^(-1)`B. `8000 cm^(-1)`C. `20000 cm^(-1)`D. `18000 cm^(-1)`

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