What is Series Circuit?
A series circuit is a circuit in which all the components are connected one after another. In a series circuit, the components are connected in a line successively. The current flowing through the series circuit is the same for all the components whereas the voltage is variable in all the components of series circuit. The total resistance is calculated by adding all the resistances in series.
In a series circuit, where components are connected end-to-end in a single path for the electric current to flow, the voltage is distributed among all the components. This means that the total voltage provided by the power source is shared across all the elements in the circuit. Each component experiences a portion of the total voltage, depending on its resistance or impedance.
How To Find Voltage In A Series Circuit
Voltage in a series circuit is distributed among all the components connected in series. A series circuit is one of the important circuits in electric circuits. To find the voltage in a series circuit we add all the voltages across each component connected in series. In this article, we will discuss how to find the voltage in a series circuit, the formula to find the voltage in a series circuit along with its applications. We will also solve some examples based on the voltage in a series circuit. Let’s start learning on the topic “Voltage in series circuit”.
Table of Content
- Series Circuit
- Voltage in a Series Circuit
- Kirchhoff’s Loop Rule and Ohm’s Law Series Circuit
- Required Formulas to Find Voltage in a Series Circuit
- Solved Examples
- Advantages and Disadvantages
- Applications