ultraviolet radiation and infrared radiation
Electromagnetic radiation, such as visible light or radio waves, does not have mass since it consists of massless particles called photons. These photons do not have an electric charge either but can carry energy and momentum.
I'll go out on a limb here, and say that if such a thing as "electromagnetic spectrum coefficient" existed, then either I would have heard of it by now, or else it would have shown up in a search on arguably the currently most popular online search engine. Neither of those conditions being satisfied, I have to say that I believe there to be no answer to this one because the question itself is meaningless.
well none, its either gamma ray or gamma radiation, it has the same wavelength as an x-ray but higher energy level.
It is a spectra that shows how transparent a material can be. in scientific terms, it is incidence of electromagnetic radiation (from the UV, Visible, Infrared wavelength regions) from a source to a material, and there is a detector which records the amount of radiation remaining after the transmission (these radiation that is gone is either reflected of the surface or absorbed by the material). The equipment that measures this is called UV-Vis-NIR spectrometer.
The scientific definition of light is--a wavelength of electromagnetic radiation between 3,800 and 7,600 angstrom units to which the retina of the eye is sensitive and a part of the electromagnetic spectrum the brain interprets. That physical response of our eyes reacting to light, long before it could be defined as retina and wavelength, has engendered a light-defined vocabulary over centuries. For example, when we talk about the physical properties of light, we talk of, "the light at the end of the tunnel," "by the light of the moon."
We can only see visible light because our eyes are sensitive to the wavelengths of light within the visible spectrum. Other forms of electromagnetic radiation, such as infrared and ultraviolet light, have wavelengths that are either too long or too short for our eyes to detect.
Electromagnetic radiation, such as visible light or radio waves, does not have mass since it consists of massless particles called photons. These photons do not have an electric charge either but can carry energy and momentum.
In English, 'light' is used either as a noun meaning electromagnetic radiation in the range of wavelengths to which the eye responds, or as an adjective to describe a physical or mental burden that is relatively easy to bear.
Visible light refers to the portion of the electromagnetic spectrum that is visible to the human eye, with wavelengths ranging from about 400 to 700 nanometers. Nonvisible light encompasses the rest of the electromagnetic spectrum, such as ultraviolet, infrared, X-rays, and gamma rays, which have wavelengths either shorter (higher energy) or longer (lower energy) than visible light.
I'll go out on a limb here, and say that if such a thing as "electromagnetic spectrum coefficient" existed, then either I would have heard of it by now, or else it would have shown up in a search on arguably the currently most popular online search engine. Neither of those conditions being satisfied, I have to say that I believe there to be no answer to this one because the question itself is meaningless.
well none, its either gamma ray or gamma radiation, it has the same wavelength as an x-ray but higher energy level.
The general term that refers to either visible or invisible radiant energy is electromagnetic radiation. This includes a wide range of energy that travels through space in the form of waves, such as radio waves, microwaves, infrared radiation, visible light, ultraviolet light, X-rays, and gamma rays.
Wave or a Stream of Particles
No reason. Light is an electromagnetic wave so you can call any part of the spectrum either.
The answer is "not all". Mirrors of various types reflect electromagnetic radiation, but only in given frequencies depending on the materials from which the mirror is made. Mirrored glass or metal can reflect heat as well as light, but some absorption occurs. Radio waves and microwaves also impart energy rather than reflect, and gamma rays could either penetrate into the mirror or pass completely through.
It is a spectra that shows how transparent a material can be. in scientific terms, it is incidence of electromagnetic radiation (from the UV, Visible, Infrared wavelength regions) from a source to a material, and there is a detector which records the amount of radiation remaining after the transmission (these radiation that is gone is either reflected of the surface or absorbed by the material). The equipment that measures this is called UV-Vis-NIR spectrometer.
It's not possible to answer that question, because no upper or lower limit has been discovered for electromagnetic wavelengths. No matter what wavelength you name, regardless of how long or short it is, it has either already been observed, or else it can be created in the laboratory, or else its existence is predicted by the present theories of cosmology or quantum mechanics.