EXPERIMENT 3: KIRCHHOFF'S LAWS In this experiment, you will verify Kirchhoff's Law using a complex circuit. PROCEDURE 1. Use the masking tape and permanent marker to label the 1 k resistor R1, the other 1 k resistor R2, and the 100 resistor R3. 2. Prepare the digital multimeter by inserting the black cord into the "COM" port and the red cord into the "VmA" port in the bottom right corner. 3. Turn the multimeter on and the dial to "2000" in the "" section. 4. Measure the resistance of each individual resistor by touching the red and black leads on either side of the resistor. Record resistance values for each resistor in Table 2. 5. Use Figure 21 to create a snap circuit using two 1 k resistors, one 100 resistor, one 1-snap conductor ("*" depicts location under the 2-snap conductor), five 2-snap conductors, one 3-snap conductor, two alligator clips, one 9 V battery, and a AA battery holder. The positive and negative terminals of the 9 V battery are labeled in Figure 21. Turn the dial on the multimeter to the "20" in the "DCV" section. 6. Measure the voltage across the 9 V battery (V2 in