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The distance of one frequency wave from other Wavelength and it will be associated with some Electromagnetic spectrum are called waves. The process of calculation of the wavelength depends on the details given to you.  So if you want to know the speed and frequency of the wave, you have to check out this blog till end with the wavelength formula.

Overview of Wavelength

There are many objects in this universe are travelling in waves.  We can see waves on the beach side or in our bathing tub these are common examples and you be used these examples to explain some important significance that apply to other process which is traveling in waves, such as light and sound.  Basically the waves can be state as any type of disturbance which transfers energy from one point to other.

Examining the waves, you can look at the length between each two waves that’s why it is called ‘wavelength’.  While finding the length of a wave, there are two consecutive waves have to be measured from the same points at a time.  Two of the easiest points to find are the crest (the high point of the wave) or the trough (the low point of the wave).  A wavelength is the distance between the crest on one wave and the crest on the other wave.  Sometimes Kind can also be said in place of crest.

Formula – wavelength = Wave speed/frequency

Solve with example= wavelength= Wavespeed÷frequency

35÷5

Wavelength= 7

 Let’s Check Out the Types of Waves

Longitudinal waves

The longitudinal wave is traveling in a parallel way from the starting till the end point and it causes vibration in the same direction as the medium in which waves are travelling.  Longitudinal wave makes the medium to undergo a analysis of compression and rarefaction way. You can learn with the example have a look longitudinal wave have sound, you can hear when air transfers energy from one’s voice or the sound of an instrument.

Transverse vs Longitudinal Waves

The Transverse waves are travelling in a perpendicular angle to the direction of the wave and vibrate in the same direction perpendicular to the medium in which the waves are travelling.  The transverse wave is travel from the left to right onwards waves are also moving up to down. This motion of the wave happened at the site of rarefaction and compression Have a look the example of transverse wave light, as the Sun travels through the Earth.  Because the light comes from the Sun is in different wavelengths, resulting in different colors.

Have a look Sign of a Wave?

The most important characteristics of wave is wavelength.  You can easily measure the wave with the help of velocity and frequency. The Frequency refer to the time it takes for a complete wavelength to pass through a one point whereas the Velocity is the motion rate at which a wave is moving with a distance per unit of time. The Wavelength is a measurement of wave distance and below 3 significances are related to each other.

There will increases Frequency as wavelength increases or it will be decreases when wavelength is increases

And this also explains the relationship of wavelength, frequency and velocity