Galvanic Cells 4. Match the structure with the definition [7 marks-K] 1. A conducting metal 2. This balances electrolyte charges 3. Allows the flow of electrons 4. Uses the current to do work 5. The negatively charged half-cell 6. The conducting solution 7. The positively charged half-cell A) electrolyte B) external circuit C) cathode D) electrode E) anode F) load G) internal circuit 5) Create a Daniell cell/Galvanic cell given the following notation: Pb+2/Pb(NO3)2//Ca+2/Ca(NO3)2 a) Determine which is oxidized and which is reduced, by checking which metal is higher on the activity series. Place them in the correct spot on the diagram below. You will need to also place your electrolytes in. You will then need to label the electrolytes, electrodes, internal circuit, and external circuit. (8 marks-C] b) Show the direction of electron flow [1 mark - C] load volt meter Oxidation (-ve) Reduction (tve) c) Write the oxidation half reaction, reduction half reaction, and overall cell reaction (redox equation) [6 marks Thinking) d) Determine the cell potential (Use the Standard Reduction Potentials of Half Cells Table). [4 marks - A]