4 For Questions 4 6 Balance The Following Oxidation Reduction Reaction Occurring In Acid Solution Given In Unbalanced 1 (69.59 KiB) Viewed 36 times
4 For Questions 4 6 Balance The Following Oxidation Reduction Reaction Occurring In Acid Solution Given In Unbalanced 2 (54.36 KiB) Viewed 36 times
4 For Questions 4 6 Balance The Following Oxidation Reduction Reaction Occurring In Acid Solution Given In Unbalanced 3 (45.69 KiB) Viewed 36 times
4. For questions 4-6, balance the following oxidation-reduction reaction occurring in acid solution given in unbalanced form below. Use the methods presented in this course, and be sure to simplify when/if possible. Note: you may end up with H+ ions and/or water molecules on the left or right side of your balanced equation, in addition to the species indicated in the equation below. (x)Co(s) + (y)NO3 (aq) → (p)CO3+ (aq) + (q)NO2(g) where x, y, p, and a are the stoichiometric coefficients after the equation has been balanced. For question 4: what is the coefficient (y) in front of NO3 in the final balanced and simplified equation? a. 1 b. 2 c. 3 d. 4 e. 6 f. None of the other answers is correct
5. What is the final coefficient (p) in front of Co3t in the final balanced and simplified equation? a. 1 b. 2 C. 3 d. 4 e. 6 f. None of the other answers is correct Ob O a Of Ос Оe Od
6. What is the total charge on both sides of the final balanced and simplified equation? a. O b. -1 C. -3 d. +1 e. +3 f. None of the other answers is correct. Of O a Ob Od Ос Оe
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