Homework Assignments - Spring 202... General Physics Lab 2 (APHY109) - S... blackboard.albany.edu https://blackboard.albany.edu/bbcswe... https://blackboard.albany.edu/bbcswe... plot and analysis of your results - using a 512 resistor. 2. SERIES RESISTANCE You will now wire the two resistors in series and measure the equivalent resistance, current and voltage of the series resistance circuit. 2.1. MEASURING A SERIES RESISTANCE Connect the positive terminal of the power supply to the 10 Q resistor (as shown in Figure 5), leaving the negative terminal connected to the 51 Q. Add a cable from the other end of the 10 Q resistor to the now empty end of the 51 Q resistor. Verify that the circuit is now wired as shown in Figure 6. Using Logger Pro, collect the voltage versus current data. Power Get Homework Help With Chegg Stud... Figure 2. Schematic for the circuit shown in figure 3. Computerized Current Sensor ☑ Computerized Voltage Sensor Figure 5. Sketch of the set-up for measuring the series resistors. Note the wire (green in the sketch) between the two resistors. PHY109 Lab 5 Series and Parallel Circuits 3 2.2. ANALYSIS Using Logger Pro, find the value of the total resistance and its uncertainty (using the fit data icon). Print and label your plot (with the resistance value displayed). 2.3. MEASURING THE VOLTAGE ON EACH OF THE SERIES RESISTORS Turn the power supply up to about 5 Volts. Use the voltage sensor to measure the voltage across one of the resistors and then the other. If the voltage is negative, switch the black and red leads of the voltage sensor. On your resistance plot, record the voltage across each resistor and the power supply voltage. 2.4. MEASURING THE CURRENT THROUGH SERIES RESISTORS Without changing the voltage, turn off the power supply until you have rewired the circuit. Replace the green cable in Figure 5 with a second current sensor, as shown in Figure 7 and Figure 8. Go to the R1 V R2 Figure 6. Schematic for circuit shown in figure 5. Voltage Sensor (2) Power Current Sensor (1) Current Sensor (3) Figure 7. Sketch of the set-up for measuring the All Questions In This Prelab Use The F... + Homework Assignments - Sprin... General Physics Lab 2 (APHY10... https://blackboard.albany.edu/b... blackboard.albany.edu https://blackboard.albany.edu/b... Turn the power supply up to about 5 Volts. Use the voltage sensor to measure the voltage across one of the resistors and then the other. If the voltage is negative, switch the black and red leads of the voltage sensor. On your resistance plot, record the voltage across each resistor and the power supply voltage. 2.4. MEASURING THE CURRENT THROUGH SERIES RESISTORS https://blackboard.albany.edu/b... Figure 6. Schematic for circuit shown in figure 5. Voltage Sensor (2) Power Current Sensor (1) Current Sensor (3) Figure 7. Sketch of the set-up for measuring the currents through both series resistors. The second current sensor should be connected to channel 3. Without changing the voltage, turn off the power supply until you have rewired the circuit. Replace the green cable in Figure 5 with a second current sensor, as shown in Figure 7 and Figure 8. Go to the second page of the Logger Pro software to see the graph of I₁ (the current through the first sensor) and 12 (the current through the second sensor) versus time. Turn the power on and click on "Collect" in Logger Pro. You should see plots of the current measured by the two different sensors, plotted versus time. Print and label your plot. 3. PARALLEL RESISTANCE You will now wire the two resistors in parallel and measure the equivalent resistance, current and voltage of the parallel resistance circuit. 3.1. MEASURING A PARALLEL RESISTANCE Go back to page one of the Logger Pro software. Connect the two resistors in parallel as shown in Figure 9 (a photograph of the circuit wired in parallel is printed on the last page of this lab). Verify that the circuit now wired as shown in Figure 10. Collect the voltage versus current data. 3.2. ANALYSIS Using Logger Pro, find the value of the total resistance and its uncertainty (using the fit data icon). Print and label your plot (with the resistance value displayed). A1 A3 Figure 8. Schematic for circuit shown in figure 7. Power Current Sensor (1) Voltage Sensor (2) Figure 9. Sketch of the set-up for measuring the parallel resistors. Note the two cables (green in the sketch) between the two resistors. Get Homework Help With Cheg... All Questions In This Prelab Us... + Homework Assignments - Sprin... General Physics Lab 2 (APHY10... https://blackboard.albany.edu/b... blackboard.albany.edu https://blackboard.albany.edu/b... You will now wire the two resistors in parallel and measure the equivalent resistance, current and voltage of the parallel resistance circuit. 3.1. MEASURING A PARALLEL RESISTANCE Go back to page one of the Logger Pro software. Connect the two resistors in parallel as shown in Figure 9 (a photograph of the circuit wired in parallel is printed on the last page of this lab). Verify that the circuit now wired as shown in Figure 10. Collect the voltage versus current data. 3.2. ANALYSIS Using Logger Pro, find the value of the total resistance and its uncertainty (using the fit data icon). Print and label your plot (with the resistance value displayed). https://blackboard.albany.edu/b... Figure 8. Schematic for circuit shown in figure 7. Power Current Sensor (1) Voltage Sensor (2) Figure 9. Sketch of the set-up for measuring the parallel resistors. Note the two cables (green in the sketch) between the two resistors. PHY109 Lab 5 Series and Parallel Circuits 3.3. MEASURING THE VOLTAGE ON THE PARALLEL RESISTORS Set the power supply voltage to about 5 V. Using the voltage sensor, measure the voltage across each resistor. On your resistance plot, record the voltage across each resistor and the power supply voltage. 3.4. MEASURING THE CURRENT THROUGH EACH PARALLEL RESISTOR Without changing the voltage, turn off the power supply until you have rewired the circuit. Wire the first resistor directly to the power supply and replace the green cables in Figure 9 with current sensors, as shown in Figure 11 and Figure 12. In the manner of section 2.4 collect current vs time in Logger Pro. Print and label your plot and record the power supply voltage on the printout. 4. CLEAN UP R1 R2 V Figure 10. Schematic for the circuit shown in figure 9. Power Current Current Sensor (3) Voltage Sensor (2) Turn off the power supply. Disconnect all cables and sensors. R2 Sensor (1) Figure 11. Sketch of the set-up for measuring the parallel resistors. Figure 12. Schematic for the circuit shown in figure 11. LAB REPORT QUESTIONS Each question needs to be answered in a separate paragraph in the results section of your Get Homework Help With Cheg... All Questions In This Prelab Us... +