Ohm S Law Series And Parallel Circuits Examples

By | December 31, 2019



Ohm's Law is one of the most commonly used and widely accepted laws in electrical engineering. It states that the current flowing through a conductor at a given voltage is directly proportional to its resistance. This law can be applied to almost any electrical system, from simple home wiring to complex electronic devices like computers and smartphones.

But what about series and parallel circuits? How do these two different circuit configurations interact with Ohm's Law? Let's take a look.

In a series circuit, the components are arranged in a line between two nodes – meaning that the current flows through all the components in order before coming back to the source. This allows us to calculate the total resistance in the circuit by simply adding up the resistances of each component. Applying Ohm's Law, this also allows us to calculate the total current, since V = IR (Voltage equals Current times Resistance).

On the other hand, a parallel circuit has components connected side-by-side. This means that the current divides into multiple paths, with the potential for some of these paths to have different resistances. In this case, Ohm's Law still applies, but the calculation of the total resistance is slightly more complicated. For example, if the resistances in Parallel Path A and Path B are R1 and R2, respectively, the total resistance is 1/Rtotal = 1/R1 + 1/R2.

The applications for Ohm's Law in series and parallel circuits are vast, ranging from kitchen electronics to complex industrial power supplies. Knowing how Ohm's Law works in both types of circuits is essential to understanding how electricity works in any system. It is also a great place to start when troubleshooting basic electrical issues.

Whether you're a hobbyist or a professional electrician, understanding the basics of Ohm's Law is a crucial part of anyone's electrical education. With this knowledge, you can start exploring all the possibilities of the world of electricity and gain a better understanding of how it powers our lives.


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