1. A 1.065g sample of stainless steel was dissolved in Hai (this process convert to cr* and Fe tore) and diluted to 5000 ml One 50.00 ml aliquot was passed through a Walden reductor and then titrated with 13.72 ml of 0.01920 M KMNO4. A 100.0 ml aliquot was passed through a Jones reductor. Titration of the resulting solution from the Jones reductor required 36,43 ml of the KMNO solution Calculate the percentage of Fe and Cr in the steel alloy Give your answer in 4 Significant Figure. (At wt Fe = 55.847, Cr= 51.9969) MnO4 + 8H + 5Fe* g Mn?+ + 4H2O +5fe3 MnO4 8H + Scr2 9 Mnet + 4H2O + SC + Mmole of KMnO4 to titrate 50.00 ml aliquot from Walden Reductor is Mmole of KMnO4 equavalent to Iron Il in 500.00 ml aliquot 100) Mmole of Iron Il in 500 ml aliquot is iv) Mmole of KMnO4 to titrate 100,00 ml aliquot from Jones Reductor is Mmole of KMnO4 to titrate 500.00 mi aliquot from Jones Reductor is VI) Mmole of KMnO4 to titrate Chromium II only in 500.00 ml aliquot Mmole of Chromium ll in 500 ml aliquot is VIIT) % of Chromium I in the steel sample is 1x) % of iron il in the steel sample is