2. Create the circuit as shown below (100ohm resistor, LED, LED all on same column) 3. Voltage Drop Resisor: sample: 9.9 V Your answer 4. Voltage Drop Middle LED: sample: 9.9 V Your answer5. Voltage Drop Bottom LED: sample: 9.9 V Your answer 6. Sum of all Volage Drops sample: 9.9 V Your answer 7. How can you demonstrate that the loads are connected in series, not in parallel? Your answer 8. If you added a 4th load to the circuit, what would happen to the voltage rise and drops? Explain your reasoning. Your answer 9. On a sheet of paper, draw your own copy of the circuit diagram below that represents the circuit you just built. Add all your measured voltages as appropriate. (you will upload your diagram later) Resistor W1. Before creating the circuit as shown below... and comparing the 2nd circuit branch to the original circuit branch, make the following predictions: same different battery pack voltage rise O resistor voltrage drop middle LED voltage drop ooooo o o O O bottom LED voltage drop total voltage drop2. Now create the circuit as shown above. 3. Voltage Rise Battery Pack: sample: 9.9 V Your answer 4. Voltage Drop Resisor: sample: 9.9 V Your answer 5. Voltage Drop Middle LED: sample: 9.9 V Your answer 6. Voltage Drop Bottom LED: sample: 9.9 V Your answer 7. Sum of all Volage Drops sample: 9.9 V Your answerB. How well was your prediction supported by the data? Explain. \"four answer 9. How can you demonstrate that the 2nd branch is parallel to the 1st branch? 'r'our answer 1D. How can you demonstrate that the loads in the 2nd branch are in series with each other? 'four answer 11. {in {the same] sheet of paper, draw your own copy of the circuit diagram below that represents the circuit you just built. Add all your measured yoltages as appropriate. [you will upload your diagram later} Circuit #3 1. Before creating the circuit as shown below... and comparing the 3rd circuit branch to the original circuit branch, make the following predictions: same lower higher battery pack voltage rise O O O top resistor voltrage drop O O O middle resitor voltage drop (as compared to O O O middle LED) bottom LED voltage drop O O O total voltage drop O O O2. Now create the circuit as shown above. 3. Voltage Rise Battery Pack: sample: 9.9 V Your answer 4. Voltage Drop Top Resisor: sample: 9.9 V Your answer 5. Voltage Drop Middle Resistor: sample: 9.9 V Your answer 6. Voltage Drop Bottom LED: sample: 9.9 V Your answer 7. Sum of all Volage Drops sample: 9.9 V Your answerB. How well was your prediction supported by the data? Explain. \"four answer 11. On (the same] sheet of paper, draw a circuit diagram that represents the circuit you just built. Add all your measured voltages as appropriate. {you will upload your diagram later}. 9. On {the same} sheet of paper, draw a circuit diagram that represents the circuit you just built. Add all your measured voltages as appropriate. Upload a photo of all three of your drawn circuit diagrams. \"I. Add file