Answer:
In a series circuit, the total resistance across all of the components (the 'net resistance') increases as more components are added.
In a series circuit, the total resistance across all of the components (the 'net resistance') increases as more components are added.This circuit shows an example of resistors in series.
In a series circuit, the total resistance across all of the components (the 'net resistance') increases as more components are added.This circuit shows an example of resistors in series.The two resistors have the same current through them. The potential difference across them will be different if they have different resistances. The total resistance (RT) for this circuit is R1+R2.
Resistors in parallel
Resistors in parallelIn a parallel circuit, the net resistance decreases as more components are added, because there are more paths for the current to pass through.
Resistors in parallelIn a parallel circuit, the net resistance decreases as more components are added, because there are more paths for the current to pass through.This circuit shows an example of resistors in parallel.
Resistors in parallelIn a parallel circuit, the net resistance decreases as more components are added, because there are more paths for the current to pass through.This circuit shows an example of resistors in parallel.The two resistors have the same potential difference across them. The current through them will be different if they have different resistances.
Resistors in parallelIn a parallel circuit, the net resistance decreases as more components are added, because there are more paths for the current to pass through.This circuit shows an example of resistors in parallel.The two resistors have the same potential difference across them. The current through them will be different if they have different resistances.The total current in the circuit is the sum of the currents through each branch.
