do the presentation based on the simulation

Simulation Link: https://phet.colorado.edu/sims/html/circuit-construction-kit-dc/latest/circuit-construction-kit-dc_all.html

AutoSave . OFF 9.G G ... Mod10_ResistanceinSeriesCircuitsOnlineLab - Compatibility Mode - Saved to my Mac Home Insert Draw Design Layout References Mailings Review View Tell me Comments Editing Share Calibri 14.5 ~ A A Aav A abA A AaBbCcDdEe AaBbCcDdEe AaBbCcDdEe AaBbCcDdEe A AaBbCcDdEe AaBbCcDdEe AaBbCcDdE Paste BI Uvab A v LAVA IEV Normal Body Text List Paragraph No Spacing Table Paragr... Heading 1 Heading 2 Styles Pane L Name: 6. What is the voltage measured on either side of the second lightbulb? Assignment: Online Lab 7. What is the voltage of the battery? PHYSICS Part 1: Exploring the Simulation 1. What do you observe when the circuit of one battery, two wires, and one lightbulb is 8. How does the current compare when measured on either side of the battery and the wire complete? between the two lightbulbs? What is the current at each location? 9. What is the resistance for each lightbulb? Show your work. 2. What is the current going through the circuit? 3. What is the voltage for the circuit? 4. Show your work for the calculation of the resistance of the lightbulb. Part 2: Calculating Equivalent Resistance 10. What are the current and the voltage for the circuit with one resistor? 5. What is the voltage measured on either side of the first lightbulb? 11. What is the resistance for the circuit with one resistor? Show your work. NEXT PAGE V NEXT PAGE Page 2 of 4 259 words English (United States) & Accessibility: Investigate Focus E 92%AutoSave . OFF 9.C G ... Mod10_ResistanceinSeriesCircuitsOnlineLab - Compatibility Mode - Saved to my Mac Home Insert Draw Design Layout References Mailings Review View Tell me Comments Editing Share Calibri 14.5 ~ A A Aav A abA A AaBbCcDdEe AaBbCcDdEe AaBbCcDdEe aBbCcDdEe AaBbCcDdEe AaBbCcDdEe AaBbCcDdE Paste BIUvab A v LAVA Normal Body Text List Paragraph No Spacing Table Paragr... Heading 1 Heading 2 Styles Pane L 12. What is the actual resistance of the resistor in this circuit? 15. Data Table for Circuit with 4 Resistors 13. Data Table for Circuit with 2 Resistors 2 Current (A) Voltage (V) 3 Resistor Resistance (0) Overall Overall 16. The overall resistance is also called the equivalent resistance. How does this resistance compare to the resistance of each of the resistors? 14. Data Table for Circuit with 3 Resistors Resistor Resistance (0) Current (A) Voltage (V) Overall NEXT PAGE Page 1 of 4 259 words English (United States) Ex Accessibility: Investigate Focus E 92%ideal.accelerate-ed.com FE C + Pher Ohm's Law Official Website of Th.. Physics B Honors (E... A Resistance in Series... over Circuit Construction. Homework Help - Q&... D DANNISH ROLL ORGI.. IdoBooking (17090) Downloadable Lab Instruction PDF Exploring the Calculating Equivalent Simulation Resistance In the previous section you used lightbulbs as the resistance. You can also use resistors from the list of items on the left. In this section you will put multiple resistors together. The overall resistance produced from these resistors is called equivalent resistance. In this section you will determine how the equivalent resistance is calculated. 1. Click the "Reset" button. Drag a battery, two pieces of wire, and a resistor to the middle of the screen and connect them in a circuit similar to the one with the lightbulb you made for the last section. 2. Use the ammeter and voltmeter to measure the current and the voltage in this circuit. Answer Question 10 on your assignment worksheet. 3. Find the resistance using the equation V = /R and answer Question 11 on your assignment worksheet. 4. Click on the resistor and its resistance will appear at the bottom of the screen. Answer Question 12 on your assignment worksheet. 5. Break the circuit at the right corner between a wire and the resistor. Add another wire to the right side of the first resistor. Add another resistor and attach it to the 2 available ends of wire. Click on the second resistor and use the slider or right-facing arrow at the bottom of the screen to change its resistance to 20 0. Enter the resistance of each resistor in the data table on Question 13 of your assignment worksheet. 6. Use the voltmeter and ammeter to measure the voltage and current of the whole circuit. To measure the voltage, place the probes on the wires connected to either side of the battery. To measure the current, place the sensor on any of the wires. Record this data on the data table on Question 13 of your assignment worksheet. 7. Calculate the overall resistance and enter that on the data table on Question 13 of your assignment worksheet. 8. Cut the circuit after the second resistor and add another wire and resistor. Close the circuit and change the resistance of the third resistor to 30 0. Enter the resistance of each resistor in the data table on Question 14 of your assignment worksheet. 9. Measure the voltage and current of the whole circuit (as you did in step 6) and calculate the resistance for the circuit. Enter these values on the data table on Question 14 of your assignment worksheet. 10. Make one more circuit. Use 4 resistors and vary the resistances. Measure the voltage and current for each of the circuits and calculate the overall resistance. Enter your data on the data table on Question 15 of your assignment worksheet.ideal.accelerate-ed.com FE C + Pher Ohm's Law Official Website of Th... Physics B Honors (E... A Resistance in Series... over Circuit Construction. Homework Help - Q&... D DANNISH ROLL ORGI... IdoBooking (17090) Downloadable Lab Instruction PDF Exploring the Calculating Equivalent Simulation Resistance Click the "Intro" mode of the simulation. Wire In this part of the investigation, you will explore the simulation by creating a series circuit. Battery When you first open the simulation, a section on the left shows several choices of items that can be a part of your circuit. To use any of these items, click on it and drag it to the middle of the screen. You will use these items to create ight Bulb a series circuit. Resistor On the right side of the screen is a section with a voltmeter and ammeter. To use either of these tools, click and drag it where you want to use it. When you are finished with it, you can put it away by clicking and dragging it back to the section on the right side of the screen. Follow the directions in this slideshow to create a series circuit. Voltmeter Ammeter 1. Drag a battery to the middle of the screen. Circles appear at the ends of the battery; this is where other items can attach. To modify the battery, click on it. A section opens at the bottom where you can rotate it, change its voltages using the slider, or delete the item