Are resistors in series if there is a current source between them?

In summary, resistors in series are a type of electrical circuit where multiple resistors are connected end to end, causing the current to flow in a sequential manner. The total resistance of resistors in series can be calculated by adding the individual resistances together using the series resistance formula. In this type of circuit, the current is the same throughout as it is forced to pass through each resistor. If one resistor fails, the entire circuit will fail. In terms of voltage, it is divided proportionally among the resistors based on their individual resistance values using the voltage divider formula.
  • #1
pfk_12
1
0
are to reisistors considered in series if inbetween them is there is a wire supplying a current source not from the battery.


for example if there was a wire giong up from point A to B and in that wire, there was a current source.

A-----^^^(R1)----B----^^^(R2)
 
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  • #2
No, they would not be in series if I interpret your question right. Remember that the definition of resistors in series is that they all share the same current.
 
  • #3
----C

Yes, the resistors would still be considered in series even with a current source between them. This is because the current source does not change the fact that the resistors are connected one after the other in a single path. The current from the source would flow through R1, then through R2, and then continue on to point C. The current source may affect the overall circuit behavior, but it does not change the fact that the resistors are in series.
 

1. What are resistors in series?

Resistors in series are a type of electrical circuit in which multiple resistors are connected end to end, causing the current to flow through each resistor in a sequential manner.

2. What is the total resistance of resistors in series?

The total resistance of resistors in series can be calculated by adding the individual resistances together. This is known as the series resistance formula: R_total = R1 + R2 + R3 + ...

3. How does the current flow in resistors in series?

In resistors in series, the current is the same throughout the circuit. This is because the current only has one path to flow through, so it must pass through each resistor in order.

4. What happens if one resistor in a series circuit fails?

If one resistor in a series circuit fails, the entire circuit will fail. This is because the current will be unable to flow through the broken resistor, causing the circuit to become open and no longer function.

5. How does the voltage divide in resistors in series?

In resistors in series, the voltage is divided proportionally among the resistors based on their individual resistance values. This is known as the voltage divider formula: V2 = (R2 / R_total) * V_total.

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