Aqueous solution containing 30 gm CH(3)C...

Aqueous solution containing 30 gm `CH_(3)COOH` are:

250 ml of 2M `CH_(3)COOH` solution

600 gm of 5% (by wt.) `CH_(3)COOH` solution

111 gm of solution in which mole fraction of `CH_(3)COOH` is 0.1

500 gm of 7m `CH_(3)COOH` solution

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A, B, C

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Solution(s) containing 30 gm CH_(3)COOH is/are

4 gm NaOH is dissolved in 1 litre solution containing 1 mole CH_(3)COOH and 1 mole CH_(3)COONa . Calculate pH of resulant solution. ( K_(a) of CH_(3)COOH=1.8xx10^(-5) , log11=1.04 )

Calculate the pH of a solution containing 0.1 M CH_(3)COOH and 0.15 M CH_(3)COO^(-) . (K_(a) "of" CH_(3)COOH=1.8xx10^(-5))

a. Write an equilibriu equation for a solution containing CH_(3)COOH and CH_(3)COONa . What effect does CH_(3)COONa have on a solution of CH_(3)COOH ? b. What reagents should be added to a solution to increase i. [CH_(3)COO^(Theta)] ii. [overset(o+)NH_(4)]

The pH of a solution containing 0.1mol of CH_(3)COOH, 0.2 mol of CH_(3)COONa ,and 0.05 mol of NaOH in 1L. (pK_(a) of CH_(3)COOH = 4.74) is:

Calculate the molarity and mole fraction of the solute in aqueous solution containing 3.0 g of urea per 250gm of water (Mol. Wt. of urea = 60)

In a solution containing 0.02M CH_(3)COOH and 0.01M C_(6)H_(5)COOH . If K_(CH_(3)COOH) and K_(C_(6)H_(5)COOH) are 1.8xx10^(-5) and 6.4xx10^(-5) respectively, then calculate the pH of solution.

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