For liquid B, you decide to use a 50 mL burette to once again dispense 5.00 mL of liquid B into a convenient container.  You find that the empty container has a mass as 3.05 grams.  After obtaining the mass of the empty container you place it beneath the burette and open the stopcock valve.  Although you try to stop the flow of liquid B at exactly the 5.00 mL mark you overshoot slightly and end up dispensing 5.14 mL. Can you still proceed with the density determination for liquid-B or do you have to start over and get exactly 5.00 mL? Explain.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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For liquid B, you decide to use a 50 mL burette to once again dispense 5.00 mL of liquid B into a convenient container.  You find that the empty container has a mass as 3.05 grams.  After obtaining the mass of the empty container you place it beneath the burette and open the stopcock valve.  Although you try to stop the flow of liquid B at exactly the 5.00 mL mark you overshoot slightly and end up dispensing 5.14 mL.

Can you still proceed with the density determination for liquid-B or do you have to start over and get exactly 5.00 mL? Explain.

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