## series circuit## Current in a series circuitThe current flowing through each of the components is the same. This can be written asI = _{T}I_{1} = I_{2},
where I is the total current flow, _{T}I_{1}
is the current flowing through component 1, and I_{2} is
the current flowing through component 2. To measure the current flow an
ammeter is connected to the components in
series. ## Voltage in a series circuitAs the current flowing through each of the components is the same, the voltage (energy required) to move this current through each of the components is proportional to the resistance of each component. It is the same across each component only if each has the same resistance. IfV_{1}
is the voltage across component 1 and V_{2} is the voltage
across component 2, then the total voltage, V, is given
by _{T}V = _{T}V_{1} + V_{2}.
The voltage can be measured across each component by connecting a voltmeter
in parallel with the component.
See also parallel circuit. ## Related category• ELECTRICITY AND MAGNETISM | ||||||

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