ECT226 Project Module 1 Felix Turner 12 March 2022

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DeVry University, Chicago *

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226

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Mechanical Engineering

Date

Jan 9, 2024

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pptx

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8

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ECT 226 DeVry University Week 1 Project Deliverables Getting Familiar with Multisim Name: Turner, Felix Session: ?: Week 1, due 7 March 2022
Rubric Activity Requirement(s) Points Complete all steps in Part 1 Paste a screen shot similar to Figure 17 . 5 Complete steps 1 to 12 in Part 2 At step 13: Paste a screen shot similar to Figure 29. 5 Complete Part 2, steps 14 to 16 At step 17: Explain the result. 5 At step 18: Paste the screen shot. 5 At step 19: Calculate the current and compare with the simulation. 5
Theoretical Resistor Value Measured Resistor Value % Difference Part 1. Introduction to Multisim Take a screen shot of the circuit after completing all steps in Part 1. Paste the screen shot here.
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Theoretical Resistor Value Measured Resistor Value % Difference Part 2. Measure Resistance, Voltage and Current Using Multisim After finishing steps 1 to 12 in Part 2, change the resistor to 500 . Run the simulation. Take a screen shot of the simulation result along with the circuit. Paste the screen shot here.
Measured Resistor Value % Difference Part 2. Measure Resistance, Voltage and Current Using Multisim After finishing steps 14 to 16 in Part 2, answer the question: Does the result shown in Figure 31 agree with Ohm’s Law? Explain. Based on Ohm’s Law, of E (or V) = IR, we have a circuit of 10 Volts, with an 100 Ohm resistor, looking for Amperage, I = V / R, I = 10 V / 100 Ω = 0.1 A = 100 mA. And the meter, in the simulation, displayed 100 mA.
Theoretical Resistor Value Measured Resistor Value % Difference Part 2. Measure Resistance, Voltage and Current Using Multisim Change the voltage source to 5V and the resistor to 200 Ω. Run the simulation again. Paste a screen shot to show both the circuit and simulation result here.
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Theoretical Changing the voltage to 5 volts, and the resistor to 200 ohms: Measured Resistor Value % Difference Part 2. Measure Resistance, Voltage and Current Using Multisim Calculate the current through the 200 Ω resistor based on Ohm’s Law. Compare the calculated value with the simulation result. Changing the voltage to 5 V, and the resistor to 200 Ω: I = 5 V / 200 Ω = 0.025 A = 25 mA; just as the meter displayed,