Difference between Leading and Lagging Power Factor
In this article, we will discuss the power factor – leading power factor and lagging power factor, and the important differences between the leading power
Basics
Parallel Circuits and the Application of Ohm’s Law
In parallel circuits, the voltage differences across all the electrical components are equal. It means the component share the same electrical nodes. The total circuit
Calculating Electric Power
We can calculate the electric power by multiplying the voltage and current. When we apply voltage to an electric circuit, the circuit draws current. The
Why is the frequency of AC in India 50 Hz while in US 60Hz?
In this article, we will discuss the important reasons for using a 50 Hz AC power system in India over a 60 Hz AC power
Difference Between Volt and Amp with Comparison Chart
The two important electricity terms are volt and amp. Both these electrical quantities are closely related and may be difficult to understand. In this article,
What is Recording Instrument? – Definition & Explanation
The recording instrument records the continuous variation of the magnitude of an electrical quantity for a particular period. They are widely used for those applications where the continuous reading of specific parameters is required. The recorded
Voltage in Parallel Circuits (Sources, Formula & How To Add)
This article describes in detail the voltage in parallel circuits. In a parallel circuit or parallel connection, the electrical devices are connected in parallel. In
Difference between AA & AAA Battery
The main difference between AA and AAA batteries is the difference in size or dimensions and charge storage capacity. In this article, we will discuss
How many Volts is an AA battery?
Generally, alkaline AA batteries have an initial AA battery voltage & amps of around 1.5V, while rechargeable AA batteries start at about 1.2V. Most electrical
Coulomb’s Law – Statement, Formula, Limitations & Applications Explained
In this guide, you’ll discover everything about Coulomb’s Law — one of the cornerstones of electrostatics. We’ll cover its statement, formula, derivation, limitations, and applications