What Determines Current Flow in Each Branch of a Parallel Circuit?

AI Thread Summary
In a parallel circuit, the current flowing through each branch is determined by the resistance of that branch, as described by Ohm's Law. Lower resistance in a branch allows more current to flow, while higher resistance results in less current. Each branch operates independently, meaning the total current is the sum of the currents in all branches. Understanding this relationship is key to analyzing parallel circuits effectively. This foundational concept is essential for anyone studying electrical circuits.
david18
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Hi could someone explain what determines the amount of current going through each branch in a parallel cicuit. Does it just depend on the amount of resistance in each branch?

Im not looking for a complex explanation, but just the basic idea
 
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david18 said:
Hi could someone explain what determines the amount of current going through each branch in a parallel cicuit. Does it just depend on the amount of resistance in each branch?

Im not looking for a complex explanation, but just the basic idea

In a simple parallel DC circuit, the amount of current flow through each branch is dependent upon the resistance of each branch (per Ohm's Law).

CS
 
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