# Question: Is there a limit to the electromagnetic spectrum?

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There is no known absolute limit on the range of electromagnetic wavelengths, but most familiar forms of electromagnetic waves range from metres (radio) down to femtometres (gamma rays).

## Is the electromagnetic spectrum limited?

Electromagnetic spectrum is a limited natural resource. The spectrum waves naturally propagate outward in all directions. Transmitters can be focused to transmit their signals to a single specified location.

## Is the electromagnetic spectrum infinite?

The full set of EM radiation is called the electromagnetic spectrum. To simplify things the EM spectrum divided into sections (such as radio, microwave, infrared, visible, ultraviolet, X-rays and gamma-rays). The EM spectrum is continuous (has no gaps) and infinite.

## What are the limitations of electromagnetic waves?

Limitations of Electromagnetic wave theory:-

This theory doesn’t explain the phenomenon of photoelectric effect. It doesn’t explain of black body radiation. It doesn’t explain line spectrum of atom with respect to hydrogen.

## Is there anything beyond the electromagnetic spectrum?

These represent the outer limits of the light that we can see, but the electromagnetic spectrum continues far beyond these narrow confines. At wavelengths slightly longer than red, we get infrared radiation, and beyond that we get terahertz radiation and then microwaves.

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## Why is spectrum a limited resource?

there are times when overcrowding or egregious interference prevent it from being used at all. The spectrum has been called a “limited” natural resource because, given present technology, there is only a finite portion available for beneficial uses at any one time.

## Which wave has lowest frequency?

Radio waves have the lowest frequency.

## Is there an infinite amount of frequencies?

In general the frequency spectrum for Electromagnetic (e.g light, radio, etc) is continuous and thus between any two frequencies there are an uncountable infinity of possible frequencies (just as there are an uncountable number of numbers between 1 and 2).

## Is there a finite amount of light?

The number of photons in a ray of light at any given period of time (i.e. the rate of emission) is finite.

## Can a wave have 0 wavelength?

So “no”. In case of photon’s wave nature they have definite wavelengths for definite energies. If wavelength become zero then its energy become infinite which is impossible. Secondly, every wave must have wavelength which defines its motion.

## What were the main points of electromagnetic wave theory What were its limitations?

Limitations of electromagnetic wave theory

• The phenomena of black body radiation.
• The photoelectric effect.
• The variation of heat capacity of solid as a function of temperature.
• The line spectra of atoms with special reference to hydrogen.

## What are the postulates of electromagnetic radiation?

The main points of electromagnetic wave theory were : When an electrically charged particle moves under acceleration, alternating electrical and magnetic fields are produced and transmitted. These fields are transmitted in the form of waves.

## What is electromagnetic theory of light all about?

The electromagnetic theory of light was introduced by Maxwell in 1864. According to this theory, light waves are of the same character as the electromagnetic waves, that are caused by a rapidly osci11ating electric current. … One of these two directions can be considered to be that of the electric field.

## How much of the spectrum can humans see?

The entire rainbow of radiation observable to the human eye only makes up a tiny portion of the electromagnetic spectrum – about 0.0035 percent. This range of wavelengths is known as visible light.

## Is there anything above gamma rays?

Beyond gamma rays ? If you mean more penetrative than gamma rays, there are neutrinos, muons, high energy cosmic particles. If you mean higher energy (or frequency) photons or electromagnetic radiation – we have high energy cosmic photons. Gamma rays are defined as those photons produced by nuclear transitions.