Are these circuits equivalent?

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    Circuits Equivalent
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SUMMARY

The two circuits discussed are equivalent, as confirmed by participants in the forum. To analyze the relationship between the voltages (V_c, V_R, and V_1-V_2), applying Kirchhoff's voltage law is essential. It is recommended to establish a ground potential for clearer analysis. The parallel configuration of the capacitor and resistor ensures that their voltage drops are identical.

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  • Understanding of Kirchhoff's voltage law
  • Knowledge of circuit components, specifically capacitors and resistors
  • Familiarity with circuit analysis techniques
  • Ability to interpret circuit diagrams
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  • Learn about the behavior of parallel circuits involving capacitors and resistors
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Apteronotus
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Hi
Are the two (attached) circuits equivalent?

Also, what if any are the relation between the voltages? (ie. V_c, V_R and V_1-V_2)
How would we apply Kirchhoff's voltage law?

thanks,
 

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  • Circuit2.JPG
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yes, the circuits are equivalent! To apply Kirchhoff's voltage law to the circuit in the picture Circuit.JPG it would be helpful to add the ground potential!

Because the capacitor and the resistor are parallel their voltage drop is the same!

I think these circuits are not very instructive!
 

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