Frequency Calculator has been designed to assist you in calculating the frequency of a wave. Whereas, the frequency can be marked as one of the basic properties of a wave.

First of all, let us tell you what is the frequency and how this property of a wave takes account of its description. Moreover, we will learn how to calculate the frequency of a wave.

## What is the Frequency of a Wave?

There are five fundamental properties of waves, one of which is frequency. Frequency can be defined as the number of times per second in which a wave completes its one cycle. In other words, the frequency can be used to calculate the number of waves that in a particular time passes a particular (fixed) point.

## How Frequency is Represented?

A frequency is represented as "f".

## What is the Unit of Frequency?

Frequency is measured in hertz. The unit of frequency is hertz or Hz.

## Why Calculate Frequency of Wave?

The frequency of a wave can be used to describe it. As one of its basic properties, the known value of frequency of a wave determines the number of times in which a wave completes its one cycle.

For example, in the case of Sound, the frequency of sound waves can be calculated to determine the value of sound pitch.

## What is the Formula of Frequency of Wave?

The frequency formula is f = v/λ. Whereas the f is the frequency, v is the speed, and λ is the wavelength.

## How to Calculate Frequency?

The frequency of a wave can be calculated using the formula f = v/λ.

To use this formula for the calculation of the frequency of a wave, you are required to determine the velocity/speed and wavelength of the wave. Moreover, you have to figure out the medium of the traveling waves.

For example, if we have to calculate the frequency of the light in the vacuum then we will follow the following procedure.

Assuming the values as:

The velocity of Light in Vacuum = 186,282 m/s

The Wavelength of Light in Vacuum= 480 nm

Then, f= 186,282/480= 388 Hz

388 Hz is the frequency of light in the vacuum with speed 186, 282 m/s, and wavelength 480 nm.

## What are the Five Basic Properties of Waves?

There are five basic properties of waves that we call **amplitude, wavelength, frequency, period, and velocity,** respectively.

All of these properties can be used to describe a wave. Therefore, we have designed this frequency calculator so that you can easily calculate the frequency of the waves of light in different mediums.

## Calculate the Frequency of Light in Different Mediums

Using this frequency calculator, you can calculate the frequency of light in vacuum, water, or air.

Whether the light is traveling through a vacuum, air, or water, having the known values of its speed and wavelength, you can use this frequency calculator to calculate its frequency.

How to Use this Frequency Calculator?

You don't have to use the frequency formula to use this frequency calculator. Nor you are required to perform difficult mathematical operations neither you have to waste your time.

This is one of the smartest tools that is designed for those who are related to the physics field, especially.

You can use this frequency calculator to calculate the frequency of light in vacuum, air, or water, respectively.

Follow these simple steps:

**First Step**: Select the medium of light