Create the mixed circuit in the following diagram using the simulation. Answer the following: + V....

 

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Create the mixed circuit in the following diagram using the simulation. Answer the following: + V. R₁ = 60 w R₂ = 120 W R₂ = 120 W Calculate the total resistance in the circuit. Verify your answer using source voltage and the ammeter measurement of current through the source. Calculate the electric potential drops across R₁, R2, and R3. Verify your answer using the voltmeter. Calculate the electric current travelling through R1, R2, and R3. Choose a different resistor and calculate the voltage drop across that resistor. Verify your answer using the voltmeter. Create the mixed circuit in the following diagram using the simulation. Answer the following: + V. R₁ = 60 w R₂ = 120 W R₂ = 120 W Calculate the total resistance in the circuit. Verify your answer using source voltage and the ammeter measurement of current through the source. Calculate the electric potential drops across R₁, R2, and R3. Verify your answer using the voltmeter. Calculate the electric current travelling through R1, R2, and R3. Choose a different resistor and calculate the voltage drop across that resistor. Verify your answer using the voltmeter.

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SOLUTION Heres the mixed circuit diagram Ive set up the circuit in LTspice IV and run the simulations Here are the results 1 Total resistance The total resistance of the circuit is 24 which can be cal... View the full answer