What is a continuous spectrum?
continuous spectrum is a spectrum that shows no interruption in its entirety. Rainbow is a good example of a continuous spectrum. Sir Isaac Newton passed through the white light with the first prism to show that it was formed by a continuous spectrum of all wavelengths of visible light. The spectra is important in the Astronomy study and the continuous spectrum can be any uninterrupted segment of the entire electromagnetic spectrum, whether visible or not.
All electromagnetic energy can be at least partially defined by its wavelength. Part of the entire electromagnetic spectrum that is visible to human eyesight is perceived as light and is called visible light. People can see the light that extends from the purple to the red. The purple light has the shortest wavelength of all visible light and the red has the longest. Because we can see all the different wavelengths of light along this part of the electromagnetic spectrum, we perceive it as a continuous spectrum.
Astronomers often usedThey do spectra to study stars and other astronomical bodies. The spectra are segments of measurable electromagnetic energies issued by these objects. Astronomers can learn a lot about them, including their elementary makeup, because the different elements emit light of a wavelength when they are highly under tension, such as intense heat in the star. The gaps in the continuous spectra, known as the absorption lines, show where the object either does not emit light on the wavelengths where the gaps occur or that light absorbs at these wavelengths. Similarly, emission lines in spectrums show an increase in energy issued on certain wavelengths, which shows as different lines that are clearer than the surrounding spectrum.
Other species of spectra besides light can be said to be continuous. Any segment of the entire electromagneticssepektrum that acquired as a section shows that its range is not considered to be a continuous spectrum. Part of the spectrum of energyIE emitted by many astronomical bodies are also very used for astronomers and astrophysics, electromagnetic energies such as radio waves and microwaves. By studying these spectra and any absorption lines or emission lines, scientists can learn a lot about them, the way they cooperate and the universe as a whole.