What happens if you remove a resistor from a series circuit?

Since the equivalent resistance is the sum of the resistance of the individual resistors, any decrease of resistance or removal of a resistor will lead to a decrease in the equivalent resistance.

What will happen if one load in a series connection is removed?

A series circuit is a circuit where there is only one path from the source through all of the loads and back to the source. This means that all of the current in the circuit must flow through all of the loads. If any one of the light bulbs or loads burns out or is removed, the entire circuit stops operating.

What happened when one resistor was removed in the parallel connection?

The battery remains the same and will provide the same voltage both with the 4 resistors and with the 3 resistors. Since the resistors are in parallel, the voltage drop on each must be the same as the voltage provided by the battery, and will be unchanged when one resistor burns out.

What would happen to the total current If one resistor is removed from the parallel circuit?

By removing parallel resistance, the total resistance will increase. Therefore, the current will decrease based on ohm’s law V=IR.

What happened when one resistor was removed in the parallel connection Why?

Book’s explanation: The battery remains the same and will provide the same voltage both with the 4 resistors and with the 3 resistors. Since the resistors are in parallel, the voltage drop on each must be the same as the voltage provided by the battery, and will be unchanged when one resistor burns out.

When r If one of the resistors in parallel circuit is removed the total resistance is?

increase
Parallel resistor is removed from the circuit the resistance will increase.

When one of three series resistor is removed from a circuit and the circuit is reconnected the current?

When resistance decreases, the current increases. Because R=V/I, resistance and current are inversely proportional.

When one resistor is removed in a parallel circuit What is the total resistance?

IncreasesWhen the resisters are connected in series resistance of the circuit will be more than the resisters are connected in parallel. Parallel resistor is removed from the circuit the resistance will increase.

What happens when one part of a parallel circuit is removed?

Answer and Explanation: When a bulb is removed from one branch of a parallel circuit the following occurs: The voltage remains the same. The total current decreases.

Why does resistance increase when resistor is removed?

This is independent of numbers of resistors and their values. When a resistance is removed in a parallel connection the circuit draws less current ie. because of removing parallel resistance the effective resistance will increase. Supply is given from the electric supply corporation.

What is the maximum resistance which can be made using five resistors each of 1/10 Ω?

The maximum resistance of five resistors is 1 ohm.

What happens to the current when three resistors are connected in series?

When three resistors are connected in a series, what happens to the current, if one of the resistors is removed? There’s no way to say because it depends on the rest of the circuit. If the circuit is fed by a constant voltage source, the current will go up. If the circuit is fed by a constant current source, the current will stay the same.

What happens when you remove a resistor from a parallel circuit?

When a resistance is removed in a parallel connection the circuit draws less current ie.because of removing parallel resistance the effective resistance will increase. If I remove more than one resistor from a parallel circuit, what effect should I expect on the both resistance and the current?

How does a resistor stop the flow of electric charges?

A resistor may impede the flow of electric charges through it, but it doesn’t stop charges that enter one end from exiting at the other. For every electron that enters one end, an electron leaves at the other end, in the same way that if a litre of water enters one end of a rigid pipe, a litre will exit the other end.

Can a single resistor limit the current of a circuit?

A single resistor will not limit current unless the applied voltage is constant. Controlling current without controlling the supply voltage will always result in heat. It makes no difference if the current reduction is done by a resistor or a transistor. Both will get hot. Current control is what resistors do, it defines them.