9 Fill in the Blank 0.7 points Question at position 9 Using the list of half-reactions and their standard reduction potentials, answer the following questions. Part A: Which is the strongest reducing agent? Question Blank 1 of 7 Al (aq) Part B: Which is the strongest oxidizing agent? Question Blank 2 of 7 Co (aq) Part C: Which of the following can be reduced by Cu (s)? Question Blank 3 of 7 Mn (s) and Al(s) Part D: Which of the following can be oxidized by Cu+ (aq)? Question Blank 4 of 7 Mn (s) and Al(s) Part E: A combination of Question Blank 5 of 7 Mn (aq) and Question Blank 6 of 7 Co (aq) produces the largest standard cell potential (Ecell = Question Blank 7 of 7 type your answer... V). Round your answer to TWO places past the decimal. If your answer is negative, include the sign.

Instructions Consider the following information when answering Questions 8 - 10. Predictions Based Reduction Potentials Consider the standard reduction potentials. Al3+ (aq) + 3 e"- Al (5) E"red =-1.66 V Co3+ (aq) + e- - Co2+ (aq) E*red = +1.84 V Cut (aq) + e- - Cu (s) Ered =+0.52V Mn2+ (aq) + 2 e- - Mn (5) E"red =-1.18 V BACKGROUND Reduction potential is the tendency for a species to be reduced (gain electrons) in a reduction half-reaction. Standard reduction potential (Eye) is the voltage associated with a reduction reaction at an electrode when all solutes are 1 Mand all gases are at 1 atm at 25*C. The more positive the value of Ery. the greater the tendency for reduction under standard conditions. . Large +E"red values (easily reduced, good oxidizing agents) . Large-Ever values (easily oxidized, good reducing agents) Standard cell potential (Even) can be calculated using the standard reduction potential (Eren) for each electrode: Excell = Ered (cathode) - Ered (anode)