The hybridisation states of the central atom in the complexes [ Fe(CN)6]3-, [ Fe(CN)6]4- and [ Co(NO2)6]3- are

d 2 sp 3 , sp 3 d 2 and dsp 2 respectively

The hybridisation states of the central atom in the complexes [ Fe(CN)6]3-, [ Fe(CN)6]4- and [ Co(NO2)6]3- are

d 2 sp 3 , sp 3 d 2 and dsp 2 respectively

d 2 sp 3 , sp 3 d 2 and d 2 sp 3 respectively

d 2 sp 3 , sp 3 d 2 and sp 3 d 2 respectively

d 2 sp 3 , sp 3 d 2 and dsp 2 respectively

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The hybridisation states of the central atom in the complexes [ Fe(CN)₆]^3-,
[ Fe(CN)₆]^4- and [ Co(NO₂)₆]^3- are

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d²sp³, sp³d² and d²sp³ respectively

d²sp³, sp³d² and sp³d² respectively

all d²sp³

d²sp³, sp³d² and dsp² respectively

answer is D.

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Detailed Solution

The central metal ions in the complexes [Fe(CN)₆]³⁻,[Fe(CN)₆]⁴⁻and[Co(NO₂)₆]³⁻ undergo d²sp³ hybridization to form inner orbital complexes with octahedral geometry

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The hybridisation states of the central atom in the complexes [ Fe(CN)6]3-, [ Fe(CN)6]4- and [ Co(NO2)6]3- are

Detailed Solution

The central metal ions in the complexes [Fe(CN)6​]3−,[Fe(CN)6​]4−and[Co(NO2​)6​]3− undergo d2sp3 hybridization to form inner orbital complexes with octahedral geometry

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The hybridisation states of the central atom in the complexes [ Fe(CN)₆]^3-,
[ Fe(CN)₆]^4- and [ Co(NO₂)₆]^3- are

The central metal ions in the complexes [Fe(CN)₆]³⁻,[Fe(CN)₆]⁴⁻and[Co(NO₂)₆]³⁻ undergo d²sp³ hybridization to form inner orbital complexes with octahedral geometry