 Wavelength Calculator with Formula - Orchids
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# Wavelength Calculator

Formula: Wavelength(λ) = Velocity(v) / Frequency(ƒ)

Default value of Speed of the Light in vacuum/air, Velocity(v) = 108 x 3

A wavelength calculator is an online tool that helps to find the wavelength of a given frequency and velocity. It quickly calculates the relationship between wavelength and frequency.

## 1. What is Wavelength?

The distance between two waves can be referred to as wavelength. It can be calculated as the distance between two points of a wave. ## 2. What is the Formula for Calculating Wavelength?

The formula for calculating wavelength is mentioned below: Wavelength(λ) = Velocity(v) / Frequency(ƒ)
Here, the symbol λ means wavelength in meters (m), v means velocity in meters per second (m/s), and f means frequency which is represented in hertz (Hz).

## 3. How to Calculate Wavelength?

To calculate the wavelength, you need the frequency and velocity of the wave.
Step 1: Take the formula for calculating the wavelength.
Step 2: Place the wavelength values, i.e. frequency and velocity, in the wavelength equation λ = v/f.
Step 3: Lastly, calculate the result.
Example:
Frequency = 120 Hz, velocity = 20,000 m/s, find the wavelength.
Solution:
λ = 20,000/120
λ = 166.66 m.
The wavelength is 166.66 m.

## 4. How to Use the Wavelength Calculator?

The way to use the wavelength calculator is described below:
Step 1: Write the velocity or frequency in the given space.
Step 2: Click on the “Calculate” option to get the result.
Step 3: You can see the result on the screen.

## FAQs

To calculate the wavelength from frequency, you need to divide the velocity by the frequency.
Example:
Find out the wavelength of a wave with a velocity of 40 m/s and a frequency of 12 kHz.
Solution:
λ = v/f
λ = 40/12
λ = 3.33 m.

The wavelength of a wave can be calculated by dividing the speed of the wave by its frequency. Frequency can be referred to the time taken by a complete wave to cross the same point.

Wavelength and frequency are inversely proportional to each other. If a wavelength is more, the frequency is less, and vice versa.

The symbol λ is lambda which is a Greek letter. This symbol denotes wavelength.

Yes, if the frequency of a wave is higher, the wavelength will be shorter, and shorter frequencies mean longer wavelength.