
A quantity of 0.62gm of is added to of solution. The resulting solution would be
A) Acidic
B) Alkaline
C) Neutral
D) Buffer
Answer
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Hint: The nature of solution depends upon the component which has a higher number of equivalents
-That means in a Solution of a alkali and acid if the acid has more number of equivalents the nature of solution will be acidic else if the alkali have more number of equivalents than the solution will be alkaline in nature
-Finally, if both of them have equal number of equivalents then the solution will be neutral in nature
Formula Used:
Complete step by step solution:
The reaction occurring here is:
As in the given question the molecular weight of
Will be
But for the given question we need equivalent weight which for an ionic compound is given as follow
Hence equivalent weight of
Will be
Also given weight of is
Number of equivalents of
Now equivalents of can be calculated using the formula
Converting the volume of into litre and using it as follows
We get equivalents of
-As we can see that the number of equivalents of of comes out to be equal to number of equivalents of of we can conclude that the resulting solution would be neutral in nature hence the option ‘C’ is the correct solution for the given question.
Additional Information:
-A buffer solution resists change in its
-For an aqueous solution to be an acidic buffer in nature the solution should consist of a weak acid and its conjugate base.
-For an aqueous solution to be a basic buffer in nature the solution should consist of a weak base and its conjugate acid.
Note:
- is a metal carbonate and in the given question it consist two water molecules as water of crystallization but that does not affect its strong alkaline nature which was the reason it could neutralize
Which is a very strong acid
-Whenever an acid and base completely neutralize each other heat is evolve which is known as Heat of Neutralization
-That means in a Solution of a alkali and acid if the acid has more number of equivalents the nature of solution will be acidic else if the alkali have more number of equivalents than the solution will be alkaline in nature
-Finally, if both of them have equal number of equivalents then the solution will be neutral in nature
Formula Used:
Complete step by step solution:
The reaction occurring here is:
As in the given question the molecular weight of
Will be
But for the given question we need equivalent weight which for an ionic compound is given as follow
Hence equivalent weight of
Will be
Also given weight of
Number of equivalents of
Now equivalents of
Converting the volume of
We get equivalents of
-As we can see that the number of equivalents of
Additional Information:
-A buffer solution resists change in its
-For an aqueous solution to be an acidic buffer in nature the solution should consist of a weak acid and its conjugate base.
-For an aqueous solution to be a basic buffer in nature the solution should consist of a weak base and its conjugate acid.
Note:
-
-Whenever an acid and base completely neutralize each other heat is evolve which is known as Heat of Neutralization
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