2. Now build a circuit that has 3 bulbs in series again, but make the first bulb 120, the 2nd bulb 60, and the last bulb 40. Make the voltage of the battery 60V, but add a fuse to the circuit this time, between the 2nd and 3rd bulb. a. Use Ohm's Law to predict the current in the circuit b. Use Ohm's Law to predict the voltage drop through each component (all three bulbs, and the fuse) c. Collect the same data for this circuit that you did for the previous one, testing your predictions from 2a and 2b above (using the simulation now) Resistance Current Voltage right before Voltage right after Change in voltage (AKA (2) (A) component (V) component (V) "voltage drop") (V) Battery N/A 1st Bulb 12 2nd Bulb 6 Fuse O 3rd Bulb 4 d. Draw the electric potential diagram for this circuitName: Date: Voltage Drop Investigation For each question below, show your predictions with calculations and then check your prediction in the simulation (https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_en.html) 1. Build a circuit in the simulation that has 3 light bulbs in series (on the same path). a. Make the resistance of the first light bulb 100, the resistance of the middle light bulb 300, and the last light bulb 200. Make the voltage of the battery 120V b. Use Ohm's Law to predict what the current in this circuit will be c. Use an ammeter in the simulation to measure the current through each bulb and record this in the table below. d. Use the voltmeter to measure voltages before and after each component (including the battery) i. Place the red terminal directly on the positive side of the battery ii. Leaving the red terminal there, put the black terminal where you're trying to measure voltage Resistance Current Voltage right before Voltage right after Change in voltage (AKA (A) component (V) component (V) "voltage drop") (V) Battery N/A 1st Bulb 10 2nd Bulb 30 3rd Bulb 20 e. What do you notice about the current through each resistor? Is there any pattern you notice? f. What do you notice about the voltage drops through each resistor? What patterns do you notice? g. Draw an electric potential diagram for this circuit