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OpenStudy (vincent-lyon.fr):
Simply plug in the numbers.
For acid-base titration, n1 and n2 are generally equal to 1.
For redox reactions, they are different with every case.
OpenStudy (vincent-lyon.fr):
No, it does not correspond to what is in the flask and what is in the burette.
Where does your 99.something come from?
OpenStudy (anonymous):
I multiplied 49.8 Lol what would go in there im so confused
OpenStudy (anonymous):
@Vincent-Lyon.Fr
OpenStudy (vincent-lyon.fr):
All the values are written in the column to the right of your equation.
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OpenStudy (anonymous):
Im confused on what to put in the C2 and M2
OpenStudy (anonymous):
V2* not c2
OpenStudy (vincent-lyon.fr):
I can't see any c2
OpenStudy (anonymous):
Ya V2 idk what to put in there wouldnt it be the volume 49.8 x 2
OpenStudy (anonymous):
squared
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OpenStudy (vincent-lyon.fr):
It's written there right in the middle:
M2 molarity of titrant in burette
V2 volume dropped from burette.
I do not see any coefficient 2 anywhere. Why did you multiply by 2?