Set up an electrochemical cell using a variety of materials.
- Includes two different types of electrochemical cells: salt bridge and semi-permeable membrane
The voltaic cell is an electrochemical cell that produces electrical energy through a chemical reaction, specifically an oxidation-reduction reaction. In this activity, students will set up electrochemical cells, with each group using a different combination of materials for the anode and the cathode of the cell. Students will also compare two different styles of cell, one using a salt bridge and one using a semi-permeable membrane. After determining the voltage output of their cells and comparing their values to the rest of the class, students will be challenged to design an electrochemical cell that can run a small motor. Kit contains enough materials for 15 groups. Teacher’s Manual and Student Study Guide copymasters are included.
Delivery information: Includes 1 L Copper chloride 1.0 M; 1 L Magnesium chloride 1.0 M; 1 L Iron chloride 1.0 M; 1 L Tin (II) chloride 1.0 M; 1 L Zinc chloride 1.0 M; 1 L Aluminum chloride 1.0 M; 1 L Potassium chloride 1.0 M; 125 pieces Copper metal foil strips; 125 pieces Tin foil strips; 125 pieces Iron metal strips; 125 pieces Aluminum metal strips; 125 pieces Zinc strips; 125 pieces Magnesium metal ribbon strips; 60 cups, 5 oz; 15' Dialysis tubing;15 Red connecting wires with alligator clips; 15 Black connecting wires with aligator clips; 20 pieces Filter paper; 60 Pipettes; 15 3 V Motors.