Series Circuits

Series circuits have a single loop

Parallel circuits have a single loop

Series circuits have multiple loops

Both have multiple loops

The circuit continues to function

The entire circuit stops working

The circuit's voltage increases

Only the component stops working

It is the same across all components

It is divided across components

None of the above

6 volts

4 volts

8 volts

12 volts

Using a resistor

Using a voltmeter

Using an ammeter placed anywhere in the loop

None of the above

It increases

It decreases

It stops

It remains the same

None of the above

Multiplying the resistances

Dividing the total voltage by current

Adding all resistances together

All of the above

Using Ohm's law with the component's resistance and current

By measuring the circuit's total voltage

Using a voltmeter across the entire circuit

Higher resistance means a lower share of the voltage

Resistance does not affect voltage

Higher resistance means a greater share of the voltage

Voltage is independent of the components

Subtract the resistance from the current

Add the current and resistance

Divide the current by the resistance

Multiply the current by the resistance