The answer arrived at by this method should be the same as you'd calculate using the open-circuit voltage / short-circuit current approach. This means you can always check your own answer.influx said:
A resistor in parallel Thevenin circuit refers to a circuit where multiple resistors are connected in parallel to a power source, creating a single equivalent resistance. This equivalent resistance is often referred to as the Thevenin resistance.
The equivalent resistance in a parallel Thevenin circuit can be calculated using the formula 1/R= 1/R1 + 1/R2 + ... + 1/Rn, where R is the equivalent resistance and R1, R2, ..., Rn are the individual resistances connected in parallel.
The use of resistors in parallel in a Thevenin circuit allows for the reduction of the overall resistance and the increase of the current flow in the circuit. This can be beneficial in situations where a high current is required.
Yes, resistors in parallel Thevenin circuit can be replaced with a single resistor that has the same equivalent resistance as the combination of the parallel resistors. This is known as the Thevenin's theorem.
One potential disadvantage of using resistors in parallel in a Thevenin circuit is the increased complexity and cost of the circuit. Additionally, if one resistor were to fail, it could potentially affect the overall functioning of the circuit.