Respuesta :
The molarity of the solution will be higher.
Explanation:
Standarization is a process in which the molarity of the solution is made to be known. The concentration determined is exact by this process.
To standarize the solution of NaOH, first the acid used for titration is taken in a flask say 10 ml, indicator and water (in this case 50 ml). Then biuret is filled with NaOH of known molarity and initial volume is noted.
The air bubble not taken notice of in this case will lower the volume as molarity is inversely proportional to volume. When volume decreases molarity increases and vice-versa.
Formula used is
molarity = [tex]\frac{number of moles}{volume in liters}[/tex]
The bubble will be formed with minimum volume thus volume is also lowered.
The impact of the mistake while determining the molarity should be that it should be higher.
What is Standardization?
It is the process where the solution molarity should be made and the concentration that should be measured should be exactly correct.
Here the air bubble should not be considered since it lowered the volume because the molarity should have an inverse relationship with the volume. That means the when there is the reduction in the volume so the molarity should be increased.
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