4. The redox reaction between KMNO4 and Na,C,O. is shown in equation 1 of the Intro- duction. A solution of KMNO4 is titrated into 15.0 mL of Na,C,O4 until the solution turns light pink. The concentration of the Na,C,O. is 0.75 N, and the volume of the potassium permanganate added is 16.7 mL. Calculate the normality of the KMNO4 solution.
4. The redox reaction between KMNO4 and Na,C,O. is shown in equation 1 of the Intro- duction. A solution of KMNO4 is titrated into 15.0 mL of Na,C,O4 until the solution turns light pink. The concentration of the Na,C,O. is 0.75 N, and the volume of the potassium permanganate added is 16.7 mL. Calculate the normality of the KMNO4 solution.
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Experiment 9 Oxidation-Reduction Reaction
4. The redox reaction between KMNO4 and Na,C,O, is shown in equation 1 of the Intro-
duction. A solution of KMnO4 is titrated into 15.0 mIL of Na,C,O4 until the solution
turns light pink. The concentration of the Na,C,O, is 0.75 N, and the volume of the
potassium permanganate added is 16.7 mL. Calculate the normality of the KMNO4
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5. 14.6 mL of0.15 N KMNO4 solution was added to completely oxidize the sodium oxalate
bin a 0.50 g mixture of NazC,O4 and NaCl. (NaCl does not react with KMNO4.) Calculate
the mass percent of Na2C2O4 in the mixture. W Shooubar ai matoRT doid bre
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