samy4408 said:Why in an electric circuit with only a generator the resistance R=infinity?
[Newbie's post edited by a Mentor to delete extraneous embellishment]
What's "a generator" in your question? Can you post a schematic?samy4408 said:Why in an electric circuit with only a generator the resistance R=infinity?
The resistance R=infinity in an electric circuit with only a generator because there is no load or component in the circuit that can consume or dissipate the electrical energy produced by the generator. This results in an open circuit, where there is no current flow and the resistance is effectively infinite.
No, a circuit with only a generator cannot function properly with an infinite resistance. In order for a circuit to function, there needs to be a complete loop for the current to flow through. With an infinite resistance, there is no complete loop and therefore, no current flow.
No, there is no practical application for a circuit with only a generator and infinite resistance. In order for a circuit to be useful, there needs to be a load or component that can consume or dissipate the electrical energy produced by the generator. Without this, the circuit serves no purpose.
No, the resistance R=infinity cannot change in a circuit with only a generator. The resistance is determined by the components in the circuit, and without any components, the resistance will always be infinite.
In a circuit with only a generator and infinite resistance, there is no current flow and therefore, no voltage drop across the resistance. This means that the voltage produced by the generator will be equal to the voltage across the entire circuit. However, since there is no current flow, the voltage will not be able to power any devices or components in the circuit.