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The product of the concentration of t...

The product of the concentration of the ions of an electrolyte raised to power of their coefficients in the balanced chemical equation in the solution at any concentration . Its value is not constant and varies with change in concentration . Its value is not constant and varies with change in concentration . Its value is not constant and varies with change in concentration . Ionic product of the saturated solution is called solubility product `K_(sp)`
(i) When `K_(ip) = K_(sp)` , the solution is just saturated and no precipitation takes place .
(ii) When `K_(ip) lt K_(sp)` the solution is unsaturated and precipitation will not take place .
(iii) When `K_(ip) gt K_(sP)` the solution is supersaturated and precipitation takes place .
The solubility product `K_(sp)` , of sparingly soluable salt MX at `25^(@)` is ` 2.5 xx10^(-9)` . The solubility of the salt in mol `L^(-1)` at this temperature is :

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The product of the concentration of the ions of an electrolyte raised to power of their coefficients in the balanced chemical equation in the solution at any concentration . Its value is not constant and varies with change in concentration . Its value is not constant and varies with change in concentration . Its value is not constant and varies with change in concentration . Ionic product of the saturated solution is called solubility product K_(sp) (i) When K_(ip) = K_(sp) , the solution is just saturated and no precipitation takes place . (ii) When K_(ip) lt K_(sp) the solution is unsaturated and precipitation will not take place . When K_(ip) gt K_(sP) the solution is supersaturated and precipitation takes place . The concentration of Ag^(+) ions in a given saturated solution of AgCl at 25^(@)C is 1.06 xx10^(-5) g ion per litre . The solubility product of AgCl is :

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Knowledge Check

  • When a concentrated solution of an electrolyte is diluted

    A
    its specific conductance increases
    B
    its equivalent conductivity decreases
    C
    its specific conductivity decreases and equivalent conductivity increases
    D
    Both specific and equivalent conductivity increases

  • The product of ionic concentration in a saturated solution of an electrolyte at a given temperature is constant an is known as

    A
    Ionic product of the electrolyte
    B
    Solubility product
    C
    Ionization constant
    D
    Dissociation constant

  • Concentration of nitrogen remains constant by

    A
    nitrogent cycle
    B
    thundering
    C
    lightening
    D
    enzymes

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