MATERIALSPET Circuit Construction Kit - DC: https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-de_en.htmlI only need Part D: number 7. I just add PartC: number 6 for reference and for the datatable that i did. The image below is thematerial to use. Thanks;)I only need Part D: number 7.I just add Part C: number 6 for referenceand for the data table that i build.PART C: DESIGN YOUR OWN CIRCUIT6. Build new circuit, using at least TWO resistors of different values in series, along with TWO resistors of different values in parallel and a battery. Draw a schematic of the circuit you designon paper, and clearly label all components.Based on your results above, develop a hypothesis for the overall current that will flow in your circuit, and the overall resistance the circuit presents. Develop a hypothesis for the voltage drops you'll see across each resistor for a fixed initial value of the overall voltage. Now TEST your hypothesis!Develop your own data table, recording all appropriate information, including the voltages across each component, the currents through separate "legs" of the circuit (meaning through every resistor), the voltage of the battery, and the current through that battery. Verify that all values are as expected, and that Ohm's law holds.Take a screen shot of your circuit, and include that in your report. PART D: ADD Realism!7. Using the ADVANCED button, add a small internal battery resistance (perhaps 1 W), a bit of wire resistivity, and Add Real Bulbs.Then select a real light bulb from the left-hand inventory, and build a simple one-element circuit similar to the image shown.Add a voltmeter and point ammeter to measure those values. By clicking on the voltage source, use the slider to change the voltage across a variety of values, and record the current in the circuit for each value of the voltage.Record at least 10 data points including very low values of voltage and much higher values. Make a graph of Voltage (y) vs. Current (x), and analyze the resulting slope(s). You can fit a linear equation to the data, or perhaps a different function. Upload a copy of the graph, and in a brief paragraph, describe your results and speculate on what the data indicates. Was Ohm's law actually observed? Was it precisely followed?

6 Voltage Current Resistor Current Voltage Resistor Current Voltage () through 1 (0 ) through through 2 (0) through through battery 1 (A) 2 (A) 2 (A) M) 30.0 0.79 140 0.79 11 13 20.0 0.79 15 89 20.0 0.76 70 0.76 5.35 10 0 0.76 7 64 50.0 0.65 29.0 0.65 18.86 46.0 0 65 29.92 75.0 1.30 36 0 1.30 46 74 1 30 5 19 120.0 0.74 84.0 0.74 62.17 65 0 0.74 48 10 95.0 0.64 55.0 0.64 35 46 80.0 0.64 51.58 Resistor 3 Current Voltage Resistor 4 Current Voltage (Q) through 1 through 3 (Q) through 4 through 4 (A) () (A) () 10.0 0 30 2.98 60 0.50 2 98 17 0 0 41 7.02 20.0 0.35 7.02 50 0.24 1.22 30 0.41 1.22 52.0 0.44 23.07 27.0 0.85 23.07 17.0 0.57 9.73 58.0 0.17 9.73 45.0 0.18 7.96 17 0 0 47 7.96 R , R . W 4 2