By Kirchoff's current law, a series circuit has the same current everywhere.
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No. The current in a series circuit is the same everywhere. The voltage across a parallel circuit is the same.
If you add another resistor or just increase the resistance the current will decrease. I think the statement you are talking about means that whatever the current is in the series circuit it will be the same everywhere in that circuit, on both sides of the resistance. The resistance lowers the current in the entire circuit, not just after the resistance.
Nothing about a series circuit is necessarily constant. You may be thinking of the current, which is the same number at any point in a series circuit. That doesn't mean that it can't change. But if it does change, it'll change at every point, and still be the same number everywhere in the series circuit.
A series circuit has the same amount of current at all points in the circuit.CommentIt's not simply 'the same amount of current at all points''; it's the same current at all points.
Current = (Voltage across the circuit) divided by (Total resistance of the circuit). The current is the same at every point in the series circuit.
The current flowing through a series circuit is (voltage between the circuit's ends) / (sum of all resistances in the circuit). The current is the same at every point in the series circuit.
In a series circuit current does stay the same thoughout the circuit, voltage drops in the series circuit.
The current measured at any point in a simple circuit will be the same because current is the measure of electron flow through a circuit. The current flowing through any branch of any circuit (or an entire simple circuit) will always be the same at any point.
the current in series will be same..
In a series circuit the current remains the same throughout the circuit. This is not the case for parallel circuits.
Current. There is only one path that current can take through the circuit, so the current must be the same at every point.
Current flow remains the same throughout the circuit.