The correct option is B resists changes in pH.The solution of buffer resists changes in pH . #160;A buffer solution is defined as a solution which resis ...

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Buffer Solutions

A buffer solu...

Question

A buffer solution:

rapidly changes pH due to addition of an acid.

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resists changes in pH.

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does not change pH at all.

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changes pH only with the addition of a strong base.

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Solution

The correct option is B resists changes in pH.
The solution of buffer resists changes in $p H$ .

A buffer solution is defined as a solution which resists drastic changes in $p H$ upon the addition of a small amount of either an acid or a base.

Hence, te correct option is $B$

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Similar questions

Q. A physician wishes to prepare a buffer solution at

p H = 3.85

that efficiently resists change in at

p H = 3.85

that efficiently resists change in

p H

yet contains only small concentration of the buffering agents. Which of the following weak acids together with its sodium salt would be best to use?

Q. Assertion: A buffer solution has a capacity to resist the change in pH value on an addition of a small amount of acid or base to it.
Reason: An aqueous solution of ammonium acetate can act as buffer.

The pH of blood does not appreciably change by a small addition of an acid

or a base because blood

Q. Assertion:

The pH of the buffer solution does not change when an acid or a base is added.

Reason:

Buffer solution consists of a mixture of a weak acid and its salt with a strong base.

A mixture of NH₄Cl and NH₄OH shows no change in pH upon addition small amount of HCl. This is because it is

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A buffer solution:

The correct option is B resists changes in pH.The solution of buffer resists changes in pH. A buffer solution is defined as a solution which resists drastic changes in pH upon the addition of a small amount of either an acid or a base. Hence, te correct option is B

The correct option is B resists changes in pH.
The solution of buffer resists changes in $p H$ .

A buffer solution is defined as a solution which resists drastic changes in $p H$ upon the addition of a small amount of either an acid or a base.

Hence, te correct option is $B$