In the compound [CoCl3.5NH3]:
Answers
Answer:
CoCl3. 5NH3 complex: In this compound the coordination number of cobalt is also 6 but the number of NH3 molecule is decreased to 5 from 6 and one remaining position is now occupied by chloride ion. This chloride ion exhibits the dual behaviour as it has primary as well as secondary.
Explanation:
In
In the
In the complex CoCl 3 ⋅5NH
In the complex CoCl 3 ⋅5NH 3
In the complex CoCl 3 ⋅5NH 3
In the complex CoCl 3 ⋅5NH 3 , one Cl
In the complex CoCl 3 ⋅5NH 3 , one Cl −
In the complex CoCl 3 ⋅5NH 3 , one Cl − ion satisfies primary and secondary valencies of cobalt(III).
In the compound CoCl
In the compound CoCl 3
In the compound CoCl 3
In the compound CoCl 3 .5NH
In the compound CoCl 3 .5NH 3
In the compound CoCl 3 .5NH 3
In the compound CoCl 3 .5NH 3 the given coordination complex 5 NH
the given coordination complex 5 NH 3
the given coordination complex 5 NH 3
the given coordination complex 5 NH 3 molecule are directly attached to metal whereas only one one Cl is directly attached to metal and rest 2 are satisfying the oxidation state of metal and called as primary valency of the metal.Therefore it can be seen from the image and the formula of the complex which is [Co(NH
the given coordination complex 5 NH 3 molecule are directly attached to metal whereas only one one Cl is directly attached to metal and rest 2 are satisfying the oxidation state of metal and called as primary valency of the metal.Therefore it can be seen from the image and the formula of the complex which is [Co(NH 3