Solved Examples of Electrical Circuits
Example 1: In a conductor, 15 Coulombs of charge flow for 3 seconds, determine the current produced.
The current in a circuit is given by the formula
I = charge flow/time
⇒ I = 15/3 Amperes
⇒ I = 5 Amperes
This indicates that 5 amperes of current is flowing in our circuit.
Example 2: Find the energy dissipated in the form of heat when 1 ampere of current flows in a circuit for 15 seconds. The resistance of the circuit is 4 ohms.
Heat Energy Produced is given by,
H = I2RT
⇒ H = 12×4 × 15
⇒ H = 4× 15
⇒ H = 60 Joules
Therefore, 60 Joules of heat is produced in the circuit.
Getting Started with Electrical Circuits
Electrical Circuits are an integral part of engineering and are used in various domains. Their usage expands from circuits in energy transformations to circuits used in designing industrial equipment. Anyone who wants to pursue a career in engineering must be aware of the basics of these circuits used in today’s world to ensure better concepts. This article will help you to get started with electrical circuits so kindly read the article carefully.
In this article, we will talk about the different types of electrical circuits and the use of each circuit in different fields. We will try to enumerate the differences between series and parallel circuits in tabular format. The later part will cover the advantages, disadvantages, and applications of electrical circuits. To ensure better concept clarity some solutions will be provided. Readers are advised to visit the frequently asked questions in case of any doubt.
Table of Content
- Electrical Circuit
- Components
- Classification
- Characteristics
- Solved Examples
- Series Vs Parallel Circuits
- Applications
Contact Us