3. Balance the following redox equation using the half-reaction method. Remember a substance may be both oxidized and reduced simultaneously. Br2 BrO31- +Br1- (base/alkaline) Reducton half Oxidation half Br, BrO3 Brz Br Br2 2 Br +10e 10 Br 2Br03 +o 5 Br2+ Br2t12OH 2e 28)) (Br2 t 0 6Br2+ 120H 10Br 2Br0 + 10e Br,28r O3 Br, t 120H WAW 2 2. 28r0, tloe 2 120H 2 Br0 t10e t6 H20 3 Brt 6OH-SBSr0 2 T3H20 3 H,0 3 Brt 60H-- 5 Br t Br03 4. Using the balanced redox equation from question #3, how many mL of bromine (density 3.12 g/cm3) will be required to produce 2.50 moles of bromate ion? 204 11 11
3. Balance the following redox equation using the half-reaction method. Remember a substance may be both oxidized and reduced simultaneously. Br2 BrO31- +Br1- (base/alkaline) Reducton half Oxidation half Br, BrO3 Brz Br Br2 2 Br +10e 10 Br 2Br03 +o 5 Br2+ Br2t12OH 2e 28)) (Br2 t 0 6Br2+ 120H 10Br 2Br0 + 10e Br,28r O3 Br, t 120H WAW 2 2. 28r0, tloe 2 120H 2 Br0 t10e t6 H20 3 Brt 6OH-SBSr0 2 T3H20 3 H,0 3 Brt 60H-- 5 Br t Br03 4. Using the balanced redox equation from question #3, how many mL of bromine (density 3.12 g/cm3) will be required to produce 2.50 moles of bromate ion? 204 11 11
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter19: Oxidation-reduction(electron Transfer) Reactions
Section: Chapter Questions
Problem 36E
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