1) There are 4 possible circuits that can be created from 3 resistors. [Note: Use the circuits from class notes to guide your efforts] Create these four circuits, each with a 10V battery and three, 252 resistors. For each circuit, . 1) Determine the total equivalent resistance and the current coming from the battery 2) Write the Kirchoff's Law Equations for these circuits. 3) Find Current, Voltage and Power for each resistor.
1) There are 4 possible circuits that can be created from 3 resistors. [Note: Use the circuits from class notes to guide your efforts] Create these four circuits, each with a 10V battery and three, 252 resistors. For each circuit, . 1) Determine the total equivalent resistance and the current coming from the battery 2) Write the Kirchoff's Law Equations for these circuits. 3) Find Current, Voltage and Power for each resistor.
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![There are 4 possible circuits that can be created from 3 resistors. [Note: Use the
circuits from class notes to guide your efforts] Create these four circuits, each with a
10V battery and three, 250 resistors. For each circuit,..
1) Determine the total equivalent resistance and the current coming from the
battery
2) Write the Kirchoff's Law Equations for these circuits.
3) Find Current, Voltage and Power for each resistor.
1)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdac48a7c-98c2-4f78-84b8-98cce02408b4%2Fccac247c-394d-44b6-8062-15f2a349de42%2Fr05zj1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:There are 4 possible circuits that can be created from 3 resistors. [Note: Use the
circuits from class notes to guide your efforts] Create these four circuits, each with a
10V battery and three, 250 resistors. For each circuit,..
1) Determine the total equivalent resistance and the current coming from the
battery
2) Write the Kirchoff's Law Equations for these circuits.
3) Find Current, Voltage and Power for each resistor.
1)
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