draw a voltaic cell with one compartment consisting of mg(s) in 1.0 m mg(no3)2(aq) solution and another compartment consisting of ni(s) in 1.0 m ni(no3)2(aq) solution at 298 k. clearly label the identity of each electrode and the contents of both electrolyte solutions on your drawing. include a salt bridge and a circuit. do the following: 1. label the cathode. 2. write the balanced half reaction that occurs under the cathodic compartment. include the standard half-cell potential with units. 3. label the anode. 4. write the balanced half reaction that occurs under the anodic compartment. include the standard half-cell potential with units. 5. indicate which aqueous solution will become more dilute over time as the reaction proceeds. 6. show the direction that electrons will flow in the circuit.
