Titration Apparatus: Acid/Base, Necessity of Known/Unknown

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The discussion centers on the use of acids or bases in burettes and pipettes during titrations, particularly in the context of a prelab test for AP Chemistry. It is noted that, mathematically, using the equation N1V1 = N2V2 allows for determining an unknown as long as three known variables are available, regardless of whether the analyte or titrant is in the burette or pipette. However, practical considerations arise, such as the potential for strong bases to damage burettes if left in for long periods and the importance of choosing an appropriate indicator for clear color change detection. Additionally, convenience plays a role when conducting multiple titrations with a common acid or base. Overall, while the theoretical aspect suggests flexibility, practical implications and convenience should also be considered.
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Does it matter if I use acid or base in the burette or pipette? Is it necessary for the known or unknown to be in a specific thing? If yes, why?
 
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This is a discussion question for a prelab test? What are your ideas on the concept?
 
No, I was just wondering while watching various titrations on Youtube. I'm self studying for AP Chem.
According to me, it shouldn't because in the equation N1V1 = N2V2, all I need are 3 knowns to determine the one unknown. And I will get the volume of both the solutions regardless of whether I take the analyte or titrant in either.
 
And, as long as the percentage uncertainties in volumes are reasonably similar, you've answered your question. Yes?
 
Yeah, thanks :)
 
Some strong bases can damage the burette if you are leaving them in for extended periods. Also your choice of indicator can be a factor as the color change can be more easily detected one way or the other. If you are doing two or more titrations with an acid or base in common the choice of what will be in the burette will be one of convenience.
 

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