I Need pictures/screenshots too!! Thank you!

Post by **answerhappygod** » Thu Jul 07, 2022 2:11 pm

: I Need Pictures Screenshots Too Thank You 1 (131.66 KiB) Viewed 58 times

In this project, you will be designing circuits using the PHET simulation, and comparing the results that you get on the simulation to those that are predicted using Ohm's Law. Here is the link to our simulation: AAAAAAAAAAAAAAAAAAAAG PART 1: RESISTORS IN SERIES R1 = R2 = Create a circuit using a 9V power supply and three resistors in series of DIFFERENT VALUES. Enter your resistor values below: R3 = 1. What is the Reff of the circuit? Parallel and Series Circuits AAAAA R1 = AAAAAAAAAAAAA 2. What is the CALCULATED Itotal? (You must show your calculations from here on. You can do it on this document, or you can hand write it and take a photo.) 3. What are the CALCULATED voltage drops across each resistor? 4. Using PHET, build this circuit, insert an ammeter in series with the battery, and 3 voltmeters, (one across each resistor). Take a screenshot and insert it here: PART II: RESISTORS IN PARALLEL R2 = Create a circuit 9v power supply, and two resistors in parallel of DIFFERENT VALUES. Enter your resistor values below: 1. What is the Reff of the circuit? (You must show your calculations from here on. You can do it on this document, or you can hand write i and take a photo.)
2. What is the CALCULATED Itotal? Parallel and Series Circuits 3. What is the voltage drop across the resistors? 4. Calculate the current that should flow through EACH resistor below. 5. Using PHET, build this circuit, insert an ammeter in series with the battery, plus 2 more in series with each resistor. Then add 2 voltmeters, (one across each resistor). Take a screenshot and insert it here: PART III: COMBINED CIRCUITS Create a circuit 12v power supply, and 4 resistors of DIFFERENT VALUES. Two must be in parallel, and the remaining two must be in series with these. Enter your resistor values below, (R1 and R2 will be the resistors in parallel): R1 =
R2 = R3 = R4= Parallel and Series Circuits 6. What is the Reff of the circuit? (You must show your calculations from here on. You can do it on this document, or you can hand write it and take a photo.) 7. What is the CALCULATED Itotal? 8. What is the voltage drop across EACH of the resistors? 9. Calculate the current that should flow through EACH resistor below. 10. Using PHET, build this circuit, insert an ammeter in series with the battery, plus 2 more in series with R1 and R2. Then add 4 voltmeters, (one across each resistor). Take a screenshot and insert it here: PART IV: INTRODUCING THE IDEA OF 'POWER' Resistors heat up when current passes through them. The more resistance there is, the more they heat up. When this happens, we can discuss "How much power do they dissipate?", which just means, "How many Joules of energy are they releasing every second?".
Parallel and Series Circuits Power can be thought of as how quickly 'Q' moves. 'Q' is just a variable for heat energy, measured in Joules (like any other type of energy). In electric circuits, there are several different ways you can calculate power. Here's the easiest: POWER EQUALS CURRENT TIMES VOLTAGE OR P = IV So if I know how much current is passing through a resistor, and I know the voltage drop across that resistor, this can be used to easily find how much power each resistor dissipates. Your job is now to find which resistor out of all three sections above dissipates the least amount of power, and which one dissipates the most power. Show your work and your reasoning below: