The biggest change is thermal - since HST moves through the day/nigh terminator in orbit, there is a thermal temperature change of about 500 degrees Fahrenheit every 90 minutes. HST's first set of solar arrays were actually warped by the changes, and were first replaced during the First Servicing Mission in 1993. The current solar arrays, installed during the last Servicing Mission just a couple of years ago, are extremely sturdy and energy efficient; much was learned from the failure and design of the first arrays.
Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.
Telescope or binoculars
Telescope or binoculars
The Sun sends photons of light particles and they get deflected by Earth's atmosphere
A rover simply roves and explores a planet and is designed to move across the surface of a planet or other astronomical body. and a probe is like a missile and gets shot out of the earths atmosphere very very fast and when is up in space takes photos and sends them back to earth, kind of like the Hubble Space Telescope (HST).
it is Floating around in an Orbit outside of Earths atmosphere taking Photos!
Yes, that is the whole idea of putting a telescope up into space.
It is the first outer space telescope and the images are so much more accurate it overall helps astronomers to have a better idea f what it actually looks like as normal telescopes are distorted by the earths atmosphere
Because the earths atmosphere tends to block and stir up some of the light from stars and so by having a telescope not in the atmosphere no light is blocked and there are no air currents or density differences so you can see more than a telescope on the ground.
because it has to be
Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.Outside the atmosphere the telescope has no interference, precisely by the atmosphere. The telescope can get a clearer picture, and see certain wavelengengths that don't reach Earth.
The Hubble Space Telescope (or HST) is not in a geostationary orbit. The HST is located at an average altitude of 600 Km. Earths' geostationary orbit is at approximately 36 000 Km.
No. Actually, if there is any interference, it's just the opposite.Just like any other artificial satellite, if the Hubble were to drop low enough to encounterany appreciable atmosphere, it would soon fall out of orbit, re-enter the atmosphere, andburn up because of atmospheric friction. For that reason, it has to be kept high enough toavoid virtually all of the atmosphere.
The atmosphere of earth tends to distort images from space. Since Hubble operates outside earths atmosphere, the images it can produce are much more clear.
i do nt no
This usually refers to a telescope that is actually located outside of the earths atmosphere. as opposed to a telescope designed to view outer space (which is all telescopes to my knowledge).
Heat!!