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Arrange the following compounds in the o...

Arrange the following compounds in the order of decreasing molar conductivity in aqueous solution.
`a. K[Co(NH_(3))_(2)(NO_(2))_(4)]`
`b. [Cr(NH_(3))_(3)(NO_(2))_(3)]`
`c." " [Cr(NH_(3))_(5)(NO_(2))]_(3)[Co(NO_(2))_(6)]_(2)`
`d." "[Mg(Cr(NH_(3)(NO_(2))_(5)]`

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To arrange the given compounds in the order of decreasing molar conductivity in aqueous solution, we need to analyze the ionization of each compound and determine the number of ions produced upon dissolution. The more ions produced, the higher the molar conductivity. Let's break down each compound step by step. ### Step 1: Analyze Compound A - K[Co(NH3)2(NO2)4] - **Ionization**: - Potassium (K) has a +1 charge. - Cobalt (Co) is in the +3 oxidation state. - The complex ion [Co(NH3)2(NO2)4] has a -1 charge (2 neutral NH3 and 4 NO2 with -1 charge each). - **Total Ions Produced**: ...
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Arrange the following compounds in the order of decreasing molar conductivity in aqueous solution. a. K[Co(NH_(3))_(2)(NO_(2))_(4)] b. [Cr(NH_(3))_(3)(NO_(2))_(3)] c." "[Mg(Cr(NH_(3)(NO_(2))_(5)]

Arrange the following compounds in the order of decreasing molar conductivity in aqueous solution. iii. a. Pt(NH_(3))_(6)Cl_(4) b. Cr(NH_(3))_(6)Cl_(3) c.Co(NH_(3))_(4)Cl_(3)

Arrange the following compounds in order of increasing molar conductivity . (i) K[Co(NH_(3))_(2)(NO_(2))_(4)]" " (ii) [Cr(NH_(3))_(3)(NO_(2))_(3)] (iii) [Cr(NH_(3))_(5)(NO_(2))]_(3)[Co(NO_(2))_(6)]_(2)" " (iv) [Cr(NH_(3))_(6)]Cl_(3)

[Co(NH_(3))_(5)NO_(2)]SO_(4) shows

[Co(NH_(3))_(4)(NO_(2))_(2)]CI exhibits

IUPAC name [Co(NH_(3))_(5)(NO_(2))]Cl_(2) is

Arrange the following complexes in the increasing order of conductivity of their solution [Co(NH_(3))_(3)Cl_(3)], [Co(NH_(3))_(4)Cl_(2)]Cl, [Co(NH_(3))_(6)]Cl_(3), [Cr(NH_(3))_(5)Cl] Cl_(2)

Arrange the following complexes in the increasing order of conductivity of their solution [Co(NH_(3))_(3)Cl_(3)], [Co(NH_(3))_(4)Cl_(2)]Cl, [Co(NH_(3))_(6)]Cl_(3), [Cr(NH_(3))_(5)Cl] Cl_(2)

Complex compounds are molecular compounds which retain their identities even when dissolved in water. They do not give all the simple ions in solution but instead furnish complex ions. The complex compounds are often called coordination compounds because certain groups called ligands are attached to the central metal ion by coordinate or dative bonds. coordination compounds exhibit isomerism, both structural and stereoisomerism. the structure, magnetic property, colour and electrical properties of complexes are explained by various theories: Q. Arrange the following compounds in order of their molar conductance: (i) K[Co(NO_(2))_(4)(NH_(3))_(2)] (ii) [Cr(ONO)_(3)(NH_(3))_(2)] (iii) [Cr(NO_(2))(NH_(3))_(5)]_(3)[Co(NO_(2))_(6)]_(2) (iv) Mg[Cr(NO_(2))_(5)(NH_(3))]

Among the following optical activity is possible in (a) [Co(H_(2)O)_(2)(NH_(3))_(3)CI]^(o+) (b) [Co(H_(2)O))_(4)CI_(2)]^(o+)] (c ) [Co(NH_(3))_(4)(NO_(2))CI]^(o+) (d) [Co(CN)_(5)NC]^(Θ) .

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