Technically all could be used for communication. Although not all may be suited for the use. Here are a few examples:
Radio waves - short wave/long wave radio
Microwaves - Used for communication of space objects (spacecraft, satellites, radar etc)
Infra-red - Used as a wireless communication between devices like mobile phones
Ultra Violet - Butterflies use two ultraviolet signals, UV reflectance or absorbance as a communication system
X-Rays - High powered telescopes
Dont forget fibre optics for the visible part of the spectrum.
All cellular phone networks worldwide utilize a portion of the radio frequency spectrum designated as Ultra High Frequency, or "UHF", for the transmission and reception of their signals. The UHF band is also shared with Television, Wi-Fi and Bluetooth transmission. The cellular frequencies are the sets of frequency ranges within the UHF band that have been allocated for cellular phone use.
GSM 900 use 900 MHz frequency and GSM 1800 uses 1800 MHz (1.8 GHz). These frequencies lie in
radio frequency spectrum
ultra-high frequency
wi-fi and bluetooth
radio
All sound waves are longitudinal (compression/rarefaction) waves.
Because they are of the highest frequencies in the known electromagnetic spectrum. This means their wavelength are very short, which means they will not travel very far, as opposed to low-frequency RF waves. In comparison, the same idea applies to vehicle taillights and why they're colored red (the color red has the longest wavelength in visible light and it will be visible even from a long distance).
EM waves stands for Electromagnetic Waves. The EM waves used in dentistry are usually X-Rays. These electromagnetic waves go through your skin and other body tissue (don't worry it's not very harmful or bad for you). And reflect off your bones. Think of it as a camera, the X-Ray machine sends out a flash, then takes the picture. This 'picture' shows where your bones are and whats happening to them, like, are they coming out as an adult tooth? or will you need braces in a few years. That sort of thing.
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I prefer not to use the word "stored," because EM radiation does not "store" energy -- it transfers it. The energy shifts from the electric field of the EM wave to the magnetic field of the EM wave, and then back -- repeat ad infinitem.
electromagnetic waves they are basically used by all types only some have different names and are a type of it Like wireless is : Hertzian waves (electromagnetic waves) well the elctormagnetic waves can smd!
radio waves
Radio waves.
The waves are called "electromagnetic waves". All types of EM waves can be used to study the Universe.
Radio waves help people communicate with each other.
Those are called radio waves. Also, the so-called microwaves, which are basically a type of radio waves (with a relatively high frequency and short wavelength), too.
radio waves (part of the electromagnetic spectrum)
There are two types of smoke detectors:Alpha particle - these do not use electromagnetic wavesPhotoelectric - these use a beam of either visible lightor near infrared electromagnetic waves
Electromagnetic waves.
AM and FM are modulation types, that can probably be used for different kind of waves; but they are usually applied to radio waves. Radio waves are a kind of electromagnetic waves.
No, not in general. It is rather the other way around. Infrared radiation is electromagnetic radiation, and electromagnetic radiation spans multiple types of radiation, from microwaves, light, infrared, ultraviolet, radio, and more. So electromagnetic radiation could be infrared, but that is just one type of electromagnetic radiation
Many different types can be:sound waves in airelectrical waves in wireselectromagnetic waves (e.g. radio, microwave, infrared, visible light)etc.