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QUESTION 1: Verify Thevenin's theorem for this given circuit. Use the voltage source equal to your roll number (e.g. Rollnumber 22 will use the voltage equal to 22V). Find voltage across Load Resistor. Step 1: Find Load Resistor Voltage and Current in original circuit using Multimeter in Multisim. Paste screen shots from the multisim Step 2: Find Load Resistor Voltage and Current by Replacing circuit with Thevenin equivalent. Paste screen shots from the multisim Step 3: Fill in the table Circuit to be Implemented: R2 3 k$\Omega$ R1 1 k$\Omega$ *Your Rollnumber Volts e.g 22 V for FA17- BSE-022) V1+ V R3 2.2 k$\Omega$ R4 3 k$\Omega$ R5 10 k$\Omega$ Load Resistor 3 k$\Omega$

          QUESTION 1:
Verify Thevenin's theorem for this given circuit. Use the voltage source equal to your roll
number (e.g. Rollnumber 22 will use the voltage equal to 22V). Find voltage across Load
Resistor.
Step 1:
Find Load Resistor Voltage and Current in original circuit using Multimeter in
Multisim. Paste screen shots from the multisim
Step 2:
Find Load Resistor Voltage and Current by Replacing circuit with Thevenin
equivalent. Paste screen shots from the multisim
Step 3:
Fill in the table
Circuit to be Implemented:
R2
3 k$\Omega$
R1
1 k$\Omega$
*Your Rollnumber
Volts
e.g 22 V for FA17-
BSE-022)
V1+ 
V
R3
2.2 k$\Omega$
R4
3 k$\Omega$
R5
10 k$\Omega$
Load Resistor
3 k$\Omega$

Show more…

QUESTION 1:
Verify Thevenin's theorem for this given circuit. Use the voltage source equal to your roll
number (e.g. Rollnumber 22 will use the voltage equal to 22V). Find voltage across Load
Resistor.
Step 1:
Find Load Resistor Voltage and Current in original circuit using Multimeter in
Multisim. Paste screen shots from the multisim
Step 2:
Find Load Resistor Voltage and Current by Replacing circuit with Thevenin
equivalent. Paste screen shots from the multisim
Step 3:
Fill in the table
Circuit to be Implemented:
R2
3 kΩ
R1
1 kΩ
*Your Rollnumber
Volts
e.g 22 V for FA17-
BSE-022)
V1+
V
R3
2.2 kΩ
R4
3 kΩ
R5
10 kΩ
Load Resistor
3 kΩ

Added by Richard U.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adriano Chikande

Step 1

Paste screenshots from Multisim. To find the voltage and current across the Load Resistor in the original circuit, we need to simulate the circuit in Multisim and measure the values using a Multimeter. Here is the screenshot of the circuit in Multisim: [Insert Show more…

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Title: Verification of Thevenin's Theorem for a Given Circuit Roll number = 100 Use Multisim software and provide screenshots, please. QUESTION 1: Verify Thevenin's theorem for the given circuit. Use a voltage source equal to your roll number (e.g. Roll number 22 will use a voltage equal to 22V). Find the voltage across the Load Resistor. Step 1: Find the voltage and current across the Load Resistor in the original circuit using a Multimeter in Multisim. Paste screenshots from Multisim. Step 2: Find the voltage and current across the Load Resistor by replacing the circuit with the Thevenin equivalent. Paste screenshots from Multisim. Step 3: Fill in the table. Circuit to be Implemented: R1: 1kÎ© R2: 3kÎ© *Your Roll number Volts (e.g. 22V for FA17-BSE-022): V1 R3: 2.2kÎ© Load Resistor: 3kÎ© R4: 3kÎ© R5: 10kÎ©

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