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Match the 'cations' A to F & the solubil...

Match the 'cations' A to F & the solubility of ppt. G or H with the correct colours from 'X' & 'Y'.

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Knowledge Check

  • Consider the reactions given below. On the basis of these reactions find out which of the algebric relations given in options (a) to (d) is correct ? (i) C_((g))+4H_((g))rarrCH_(4(g)),Delta_(r)H=x" kJ mol"^(-1) (ii) C_("(graphite, s)")+2H_(2(g))rarrCH_(4(g)),Delta_(r)H="y kJ mol"^(-1) (A)x = y (B)x = 2y (C)x > y (D)x < y

    A
    x = y
    B
    x = 2y
    C
    x gt y
    D
    x lt y

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    NH_(3) solution was added to four semple solution in difference test tube and found the following observation about the precipitate. a. White ppt which is solution in oxcess of NH_(3) solution b.On heating which is white in cold but yellow on heating c. The cation present in (b) forms white ppt , with hypo solution which give black ppt on heating d. The cation present in (c ) forms soluble complex with excess of NH_(3) solution White ppt in (c) and the soluble complex from white ppt with the type solution is//are

    NH_(3) solution was added to four semple solution in difference test tube and found the following observation about the precipitate. a. White ppt which is solution in oxcess of NH_(3) solution b.On heating which is white in cold but yellow on heating c. The cation present in (b) forms white ppt , with hypo solution which give black ppt on heating d. The cation present in (c ) forms soluble complex with excess of NH_(3) solution White ppts in (a),(b) and (c ) respectively obtained are

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