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Equilibrium

Question
CBSEENCH11006553
Wired Faculty App

The dissociation constant of an acid HA is 1·6 X 10–5. Calculate the H3O+ ion concentration in its 0·01 M solution.

Solution
Here Ka of acid = 1·6 × 10–5
Molar space concentration space of space acid space space equals space 0.01 space straight M space space open square brackets straight H subscript 3 straight O to the power of plus close square brackets space equals square root of straight K subscript straight a space cross times space straight C end root space space space space space space space space space space space space equals square root of 1.6 space cross times space 10 to the power of negative 5 end exponent space cross times space 0.01 end root or space space space open square brackets straight H subscript 3 straight O to the power of plus close square brackets space equals space 4 space cross times space 10 to the power of negative 4 end exponent space space mol space straight L to the power of negative 1 end exponent

Some More Questions From Equilibrium Chapter

Name the factors on which vapour pressure of any liquid depends.

Which measurable property becomes constant in water vapour equilibrium?

Give an example from daily life in which there is gas solution equilibrium?

A crystal of common salt of a given mass is kept in its aqueous solution. After 24 hours, its mass remains the same. Is the crystal in equilibrium with the solution?

What is the role of forward and backward reactions at equilibrium of a reversible reaction?

What is a forward reaction?

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