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The molar solubility in mol. lit^(-1) of...

The molar solubility in mol. `lit^(-1)` of a sparingly soluble salt `MX_(4)`, is S. The corresponding solubility product `K_(sp)`, is given by the relation

A

`S=(K_(sp)//128)^(1/8)`

B

`S=(218K_(sp))^(1//4)`

C

`S= (256K_(sp))^(1//5)`

D

`S=(K_(sp))//256)^(1//5)`

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The correct Answer is:
D
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AAKASH SERIES-IONIC EQUILLIBRIUM-LECTURE SHEET (EXERCISE-IV) ( Straight Objective Type Questions )
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  2. Ionisation of NH(4) OH is supressed by the addition of NH(4)CI because

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  3. The molar solubility in mol. lit^(-1) of a sparingly soluble salt MX(4...

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  4. Let the solubility of an aqueous solution of Mg(OH)(2), be "X^(@) then...

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  5. The correct representation for solubility product of SnS(2) , is

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  6. Which of the following has the lowest value of K at 25^(@) C?

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  7. Which of the following is most soluble ?

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  8. pH of saturated Mg(OH)(2), solution is 12, then

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  9. Which of the following is/are true for an acid- base titration?

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  10. Let the colour of the indicator (Hin colourles) will be visible only w...

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  11. The dissociation constant of an indicator 'InH' is 10^(5. Then

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  12. A solution which remains in equilibrium with undissolved solute is sai...

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  13. A solution which remains in equilibrium with undissolved solute is sai...

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  14. A solution which remains in equilibrium with undissolved solute is sai...

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  15. Consider an ionic solid that dissolves in water according to the equat...

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  16. Consider an ionic solid that dissolves in water according to the equat...

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  17. The solubility product of SrF(2) in water is 8xx10^(-10) Calculate it...

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  18. Solubility products of ACO(3), BSO(4), and ASO(4), are 4 xx 10^(-10), ...

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  19. The K, of an indicator HIn is 9 x 10^(4), The percentage of the basic ...

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  20. Calculate the pH at which an acid indicator with K(a), = 1.0 xx 10^(-5...

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