1) Based on the amounts of copper metal and nitric acid you used in the first reaction, calculate the number of moles of HNO3 that are in excess. Concentrated nitric acid has a concentration of 15.8 M. noitanen garwollol odi yd bios bin (M 01) sulthy O.HP OMSOPOR blov wo blow noites tent TON apoy melqxdl Slom de to upora 2) Using the moles of HNO3 you calculated and the moles of Cu(NO3)2 produced from the first reaction, calculate the total mass of sodium carbonate needed for the second and third reactions. Did you add enough sodium carbonate in the experiment?
1) Based on the amounts of copper metal and nitric acid you used in the first reaction, calculate the number of moles of HNO3 that are in excess. Concentrated nitric acid has a concentration of 15.8 M. noitanen garwollol odi yd bios bin (M 01) sulthy O.HP OMSOPOR blov wo blow noites tent TON apoy melqxdl Slom de to upora 2) Using the moles of HNO3 you calculated and the moles of Cu(NO3)2 produced from the first reaction, calculate the total mass of sodium carbonate needed for the second and third reactions. Did you add enough sodium carbonate in the experiment?
Chapter16: Applications Of Neutralization Titrations
Section: Chapter Questions
Problem 16.20QAP
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