A. calculate the volume of standard sodium hydroxide solution (~0.010 M)needed to completely react with 0.155 g of the solution of potassium ferrioxalate1М.A. calculate the volume of standardized 0.01 M KMNO4(aq). needed to completelyreact with ~0.125 g of the solution of potassium ferrioxalate 1M.I don't know if you just need the info but, 6 mL of 6 M sulfuric acid, and 1 mL ofconcentrated H3PO4(aq) will be added with 0.155 g of the solution ofpotassium ferrioxalate 1M in the flask, and the the volume of standardsodium hydroxide solution (~0.010 M) is what will be added to the buretand we need to figure out volume of standard sodium hydroxide solutionto completely react with 0.155 g of the solution of potassium ferrioxalate1М.

Answered: A. calculate the volume of standard…

A. calculate the volume of standard sodium hydroxide solution (~0.010 M) needed to completely react with 0.155 g of the solution of potassium ferrioxalate 1М.

Introductory Chemistry For Today

8th Edition

ISBN:9781285644561

Author:Seager

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Chapter7: Solutions And Colloids

Section: Chapter Questions

Problem 7.32E

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Question

A. calculate the volume of standard sodium hydroxide solution (~0.010 M)
needed to completely react with 0.155 g of the solution of potassium ferrioxalate
1М.
A. calculate the volume of standardized 0.01 M KMNO4(aq). needed to completely
react with ~0.125 g of the solution of potassium ferrioxalate 1M.
I don't know if you just need the info but, 6 mL of 6 M sulfuric acid, and 1 mL of
concentrated H3PO4(aq) will be added with 0.155 g of the solution of
potassium ferrioxalate 1M in the flask, and the the volume of standard
sodium hydroxide solution (~0.010 M) is what will be added to the buret
and we need to figure out volume of standard sodium hydroxide solution
to completely react with 0.155 g of the solution of potassium ferrioxalate
1М.

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