\f3. n the left side of the screen. you will find a light bulb. batteries and other equipment. Click and drag a power source and resistor into the middle of your "work desk\" 4. tin the right side of the screen, click on ammeter. Find the ammeter and drag it onto the work desk to the left of the power source. 5. Add the conducting wires to connect all the components. You should see the electron movement in the circuit. 't'ou may need to select show current and select electrons E. Now click on the voltmeter. Find the voltmeter and drag it onto the work desk. Connect in parallel over the resistor. T. The voltmeter should show 9 v' to start. Now click on the battery and change the voltage to sv. Record the potential difference and the current of the load in table 1. 8. Repeat step Tu" increasing the voltage to 10v. 15v. and then to 20v. Fteoord the potential difference and the current in table 1. g (hlt tut-t in\" Hurt-anx- :l :I' Dhservatlons till Tobie 1: Current and Resistance for Cells \fCalculations: :12} Complete the following, showing your work ond' including units where oppropriote. 1. Calculate the resistance in each of the circuits using Clhm's Law. Write vour answers in the table alaove. [4} 1. Calculate the average resistance of vour values. {1} 3. On a separate page or using DESMCIS, plot a graph of potential difference [voltage] iv axis] versus current lat-axis] i5} * If using desmos or another program include a screenshot of the graph otherwise upload an image of the graph vou created on paper. 4. Calculate the slope of vour graph using the formula slope = risel'run or vl-vifxl-xl. You mav need to use points on the trend line or line ofpestfitl [2] Analysis: :5} Answer the foilowing questions in numbered form and in complete, weft edited sentences. incl'ud'e numbers and data to support your work wherever possible forfufl' marks 1. How does the voltage drop for the resistor compare to the voltage rise of the batterv? {1i 2. 1Ii'iihat happens to the current through the resistor as the voltage increases? [1} 3. Compare the Ft values as the voltage increases.[l'.| 4. 5. How does the average resistance compare to the slope of the graph? Explain. [21