Consider the following complex `[Co(NH_(3))_(5)CO_(3)]ClO_(4)`
The coordination number, oxidation number number of d-electrons and number of unpaired d-electrons on the metal are respectively

Consider the following complex [Co(NH_(3))_(5)(CO_(3))]CIO_(4) . The co-ordination number, oxidation number, number of d electrons and number of unpaired d electrons on the metal are respectively

Consider the follwing complex: [Co(NH_(3))_(5)CO_(3)]BrO The coordiantion number, oxidation number, number of d-electrons and number of unpaired d-electrons of the metal are respectively:

Consider the follwing complex: [Co(NH_(3))_(5)CO_(3)]Br The coordiantion number, oxidation number, number of d-electrons and number of unpaired d-electrons of the metal are respectively:

Consider the following complex [Co(NH_(3))_(5)CO_(3)]ClO_(4) . The sum of coordination number oxidation number, number of d-electrons and number of unpaired d- electrons on the metal will be

Consider the following complex [Co(NH_3)_5CO_3]ClO_4 The coordination number, oxidation number, number of d-electrons and number of unpaired d-electrons, respectively, on the metal are

Consider the following complex: [Co(NH_(3))_(5)CO_(3)]ClO_(4) the coordination number is X and oxidation number is Y, number of d-electrons is Z, and number of unpaired d-electrons of the metal is A are respectively. (X+Y)-(Z+A).