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Match the following {:(,"column I" ,...

Match the following
`{:(,"column I" ,,, "column II"),(,"(complex)" ,,, "(Molar conductivity" Omega^(-1)")"),((A) ,COCI_(3).6NH_(3) ,, (p),97),((B) , COCI_(3).5NH_(3) ,, (q),0),((C ), COCI_(3).4NH_(3) ,, (r),404),((D) , COCI_(3).3NH_(3) ,, (s),229):}`

Text Solution

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A(r ),B(s),C(p),D(q)
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{:(,"Column I (Solvent)",,"Column II (Nature)",),((A),"Methyl alcohol"(CH_(3)OH),(p),"Protophilic",),((B),"Benzene" (C_(6)H_(6)),(q),"Protogenic",),((C),"Ammonia" (NH_(3)),(r),"Amphiprotic",),((D),"Acetic acid" (CH_(3)CO OH),(s),"Aprotic",):}

Arrange the following complexes in order of increasing electrical conductivity: [CO(NH_(3))_(3)Cl_(3)] , [Co(NH_(3))_(5)Cl]Cl_(2) , [Co(NH_(3))_(4)]Cl_(3)

Knowledge Check

  • (CH_(3))_(3) N + CH_(3) COCI gives

    A
    Monoacetyl derivative
    B
    Diacetyl derivative
    C
    Both (a) and (b)
    D
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  • The molar ionic conductances of octahedral complexes. (I) PtCl_(4).5NH_(3)" " (II) PtCl_(4).4NH_(3) (III) PtCl_(4).3NH_(3)" " (IV) PtCl_(4).2NH_(3)

    A
    `I lt II lt III lt IV`
    B
    `IV lt III lt II lt I`
    C
    `III lt IV lt II lt I`
    D
    `IV lt III lt I lt II`

  • Match the complen ions given in column 1 with the hybridisation and number of unpaired electrons given in column 2 ad assign the correct code. {:("Column 1", "Column 2"),("(A)" [CO(NCS)(NH_(3))_(5)](SO_(3)),(1)+4),("(B)"[Co(NH_(3))_(4)CI_(2)]SO_(4),(2)0),("(C)"[CO(S_(2)O_(3))_(3)]Na_(4), (3)+1),("(D)"[CO_(2)(CO)_(8)], ((4)+2)) , (,(5) +3):}

    A
    A-1,B-2,C-4,D-5
    B
    A-4,B-3,C-2,D-1
    C
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    D
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    Find out total number of compound (s) in which at least half of Cl^(-) are ionizable CrCl_(3).6NH_(3), CrCl_(3).5NH_(3),CrCl_(3).4NH_(3),CrCl_(3).3NH_(3),PtCl_(4).6NH_(3),PtCl_(4).5NH_(3), PtCl_(4).4NH_(3),PtCl_(4).3NH_(3),PtCl_(4).2NH_(3)

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