How does resistance affect current?

 Hello fellow readers and welcome back today's blog post is about what we have been doing in science this week. So for science, we have been learning about a lot of things to do this current, voltage, and resistance we have also been able to learn how to build our own series, parallel circuits. but the main one we have been working on is the parallel circuit.

Voltage Definition: In a series, the voltage is split between components but in a parallel, the voltage is the same everywhere the symbol for voltage is a (V), voltage is how much energy the electrons are carrying.

 Current Definition: The definition of current is how quickly the electrons move around the circuit. The rule for current is that in a series the current is the same everywhere but in a parallel, the current is split between the pathways, the symbol that goes with current is an (I).

Resistance Definition:  The definition for resistance is used to show/resist the flow of electrons the more resistance you have the slow the electrons will move the less resistance you have the faster the resistance will move, the symbol that goes with Resistance is an (R).

How does resistance affect current? It affects it because the more resistance you have the lower the electrons are going and the less resistance you have the high the electrons are going.