Ask your own question, for FREE!
Chemistry 18 Online
OpenStudy (toxicsugar22):

Molarity of standardized NaOH solution is 0.1012 final buret reading, mL IS 31.21 INITIAL buret reading, mL IS 15.72 VOLUME OF TITRANT, mL is 15.49 Moles of NaOH used is 1.568*10^-3 mol Moles of HC2H302 neutralized by the NaOH is 1.568*10^-3 Mol Molarity of dill HC2H302 is .0783 avearge molarity of diluted vinegar is 0.7865 M the deviation di is .000350 what is molarity of original vinegar The volume of diluted vinegar used in each titration is 20 ml .02 L The Molarity of standadized NaOH soution is .1012

OpenStudy (toxicsugar22):

@agent0smith

OpenStudy (toxicsugar22):

I need to first find the molarity of original vinegar? and then the weight percent of HC2H302 in original vinegar?

OpenStudy (phebe):

is this a PROJECT?

OpenStudy (toxicsugar22):

no its chem, it was a lab

OpenStudy (toxicsugar22):

I need to first find the molarity of original vinegar? and then the weight percent of HC2H302 in original vinegar?

OpenStudy (phebe):

ok

OpenStudy (phebe):

jus a sec k

OpenStudy (phebe):

what was the Q ur lookin for again?

OpenStudy (toxicsugar22):

I need to first find the molarity of original vinegar? and then the weight percent of HC2H302 in original vinegar?

OpenStudy (toxicsugar22):

that is the question

OpenStudy (phebe):

ok

OpenStudy (phebe):

tbh i havent got that far in Chemistry but i'll see what i can do ok

OpenStudy (phebe):

@arabpride

OpenStudy (phebe):

@Destinymasha @ganeshie8 @inkyvoyd

OpenStudy (toxicsugar22):

@triciaal @lawls

OpenStudy (toxicsugar22):

I need to first find the molarity of original vinegar? and then the weight percent of HC2H302 in original vinegar?

OpenStudy (anonymous):

sorry i lost my connect, im at work and wifi suck in the operating room

OpenStudy (australopithecus):

I already explained to you how to solve this.

OpenStudy (australopithecus):

You dont even tell us what volume of sample you diluted.

OpenStudy (australopithecus):

You are not supply all the information a person would need to solve this problem. Why should someone spend their free time bothering you for information that you should have included in your question in the first place.

OpenStudy (australopithecus):

supplying*

OpenStudy (toxicsugar22):

@oOKawaiiOo

OpenStudy (toxicsugar22):

Molarity of standardized NaOH solution is 0.1012 final buret reading, mL IS 31.21 INITIAL buret reading, mL IS 15.72 VOLUME OF TITRANT, mL is 15.49 Moles of NaOH used is 1.568*10^-3 mol Moles of HC2H302 neutralized by the NaOH is 1.568*10^-3 Mol Molarity of dill HC2H302 is .0783 avearge molarity of diluted vinegar is 0.7865 M the deviation di is .000350 The volume of diluted vinegar used in each titration is 20 ml .02 L The Molarity of standadized NaOH soution is .1012

OpenStudy (toxicsugar22):

I need to first find the molarity of original vinegar? and then the weight percent of HC2H302 in original vinegar?

OpenStudy (ookawaiioo):

This is too complex for me. Sorry.

OpenStudy (anonymous):

I bet @abb0t can solve this! I want to see the magic worked.

OpenStudy (toxicsugar22):

actuallly i did 4 experiments of the titration

OpenStudy (toxicsugar22):

The volume of titrant, ml is 15.49 then it was 15.53 then it was 15.59 then it was 15.61

OpenStudy (australopithecus):

No one can solve this problem because this person has failed to provide the volume of sample (acetic acid) she diluted. 0.7865 M average molarity(20mL/Volume of sample transferred) = Molarity of Original Acetic acid solution Then I explained how to do %weight in the previous question all very easy stuff. Not complex in the least, this person just refuses to take the time to present their question in a clear manner.

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!