The satellite doesn't have the problem of atmospheric distortion due to refraction and turbulence that you have on earth.
Ground telescopes and orbital satellite telescopes.
A radio telescope gathers and focuses radio waves, or electromagnetic waves outside the visual spectrum. A satellite telescope is sent outside the atmosphere to become a satellite of either the earth or sun, unless it is sent outside the solar system like the Voyager spacecraft. Many satellite telescopes carry several types of telescopes in one package to gather as much information as possible, like the Hubble.
Yes, if you know just where to look. You can see it with the naked eye. Go to spaceweather.com and click the "Satellite Flybys" link. Enter your ZIP code (in the USA) or enter your location to see a list of the visible objects. Low-altitude satellites are visible only when the Sun has set at your location, but the satellite is still in the light; that is, shortly after sunset or before sunrise.
The smallest satellite was also NASA's first micro-satellite launched from Alaska on November 20, 2010. The satellite's name was FASTSAT or the USA 220.
yes satellite is between moon and earth. moon can see a satellite only for ten hours in a day
The location of 850 stars was determined by the Hipparcos satellite, launched by the European Space Agency in 1989. Hipparcos measured the positions, distances, and motions of these stars with very high precision using astrometry techniques. The data collected by Hipparcos significantly advanced our understanding of the structure and dynamics of the Milky Way galaxy.
Ground telescopes and orbital satellite telescopes.
it helps by moving humanity forwards
Satellite-based telescopes and sensors.
SATELLITE
Satellite/s, space probes, telescopes and many other ways.
Satellite measurements of light passing through the atmosphere
Satellite measurements of light passing through the atmosphere
Satellite measurements of light passing through the atmosphere
Seafloor Spreading.
Perhaps you mean the satellite Hipparcos. It measured the position of over 100,000 stars with high precision. It also measured the position of 2.5 million stars, with lower precision.
So far, none. The only way we've been able to observe it so far is by powerful telescopes.