Study the electrode potentials for the half cells below and use them to answer the questions...

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Study the electrode potentials for the half cells below and use them to answer the questions that follow. The letters do not represent the actual elements. A(+eA(=) B*(a)te. C*(a)_e__ D²+ + 2e -D(s) 2 G2) +eG() B(s) ½ C₂ EO (volts) -2.96 +0.52 0.00 -0.44 +1.36 a) Identify the strongest oxidizing agent. Explain. (2 mks) b) Which of the two half cells would produce the highest potential difference when combined. / \(2 mks) c) Explain whether the reaction below can take place. D(s) +2A* (ag) D²+ (aq) + 2A(s) d) Draw a well labelled diagram when combining A and B half cells. negative. (3 mks) Study the electrode potentials for the half cells below and use them to answer the questions that follow. The letters do not represent the actual elements. A(+eA(=) B*(a)te. C*(a)_e__ D²+ + 2e -D(s) 2 G2) +eG() B(s) ½ C₂ EO (volts) -2.96 +0.52 0.00 -0.44 +1.36 a) Identify the strongest oxidizing agent. Explain. (2 mks) b) Which of the two half cells would produce the highest potential difference when combined. / \(2 mks) c) Explain whether the reaction below can take place. D(s) +2A* (ag) D²+ (aq) + 2A(s) d) Draw a well labelled diagram when combining A and B half cells. negative. (3 mks)