no i hate when people just say no
yes
much larger.slightly larger.in space. Correct answer is MUCH LARGER. ;-)
Yes, because it must be very large in order to attain the resolution of optical telescopes.
Use of interferometers :)
" RAY-dee-oh TELL-uh-skope"
yes
much larger.slightly larger.in space. Correct answer is MUCH LARGER. ;-)
Radio telescopes collect radio waves. Optical telescopes capture visible light waves.
As far as I know, there is no "optical radio telescope". There are, separately, optical telescopes (which work with visible light), and radio telescopes (which work with radio waves).
The surface of a radio telescope doesn't have to be as flawless as the surface of an optical telescope because the radio telescope is collecting radio waves, something that will not be affected by faults in the glass. Optical telescopes, on the other hand, are collecting light, where faults in the surface can interfere with the image.
Yes, because it must be very large in order to attain the resolution of optical telescopes.
They are forming a picture based on sound waves arriving from a target in space, not an actual visual picture. They work better for determining what types of radiation is being emitted by the extraterrestrial object and conclusions can be made about it's makeup based on past data collected Check out the link provided for more information. Answer Resolution on a telescope is determined by the wavelength of the light they use. The smaller the wavelength the better the resolution. The wavelength of radio waves can vary from a couple of metres to several kilometers long, so they do not give a clear image. Also they are forming a picture based on radio waves coming from a target many lightyears away, so there is often a big margin of error.
Usually, by using your eye sight, optical telescope, or radio telescope.
An optical telescope focuses and concentrates visible light; radio telescopes focus and concentrate electromagnetic radiation (which means, "light") in the radio part of the spectrum.
Radio Waves
Optical or radio telescope
Gamma, X-ray, Optical, and Radio