At 25 0 C- the K sp value of AgCI is 1-8- 10 -10- If 10 -5 C moles of Ag - C are added to solution then K sp will be-

K_s_P depends only an temperature , not on concentration of any substance. #160; ∴ K_s_P will be same, i.e, 1.8× 10^ 10 ...

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Standard XII

Chemistry

Solubility Product

At 25 0 C, ...

Question

At $25^{0} C$ , the $K_{s p}$ value of AgCI is $1.8 \times 10^{- 10}$ . If $10^{- 5} C$ moles of ${A g}^{+} C$ are added to solution then $K_{s p}$ will be:

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Solution

$K_{s_{P}}$ depends only an temperature , not on concentration of any substance.
$∴ K_{s_{P}}$ will be same, i.e, $1.8 \times 10^{- 10}$

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At 250C, the Ksp value of AgCI is 1.8×10−10. If 10−5C moles of Ag+C are added to solution then Ksp will be:

KsP depends only an temperature , not on concentration of any substance. ∴KsP will be same, i.e, 1.8×10−10

At $25^{0} C$ , the $K_{s p}$ value of AgCI is $1.8 \times 10^{- 10}$ . If $10^{- 5} C$ moles of ${A g}^{+} C$ are added to solution then $K_{s p}$ will be:

$K_{s_{P}}$ depends only an temperature , not on concentration of any substance.
$∴ K_{s_{P}}$ will be same, i.e, $1.8 \times 10^{- 10}$