Drag causes the satellites to drop further into the earth's atmosphere. The further the s/c (spacecraft, in the case of your question, a satellite) dips into the earth's atmosphere the greater the effects of atmospheric drag. Eventually, it can cause the s/c to burn up in the earth's atmosphere.
- Senior majoring in Aerospace Engineering
Satellites orbit in the thermosphere or exosphere where there is no wind and drag is negligible.
There are no known satellites of Mercury.
Triangulation of satellites requires three satellites that bank of one another simultaneously.
Yes but they are called natural satellites
Satellites need to be out of the earth's atmosphere or the gravity would make them fall to the ground. In space, the satellites are also able to orbit the earth effortlessly because they have less weight.
That will happen if they lose movement energy - usually due to atmospheric drag, if they are not high enough above Earth.
Satellites orbit in the thermosphere or exosphere where there is no wind and drag is negligible.
David Lukens Reasoner has written: 'The Combined Release and Radiation Effects Satellite Program, CRRES' -- subject(s): Extraterrestrial radiation, Remote sensing, Earth sciences, Radiation effects, Atmospheric chemistry, Earth magnetosphere, Earth resources technology satellites, Chemical effects, Artificial satellites, Earth ionosphere
Yes, they are two atmospheric effects. No, they are not related.
Weather monitoring is the primary function/purpose of weather satellites. They are also used to track different geological, atmospheric and environmental changes that has an impact on the Earth.
Yes. It's called "drag" and "friction".
Gravity and atmospheric drag.
The satellites are usually placed so in an orbit high enough so that they don't lose much movement energy due to atmospheric friction.
Atmospheric instrumentation and effects on songs.
Don't drag my book bag on the floor. Slight atmospheric drag can cause a satellite to slow down and eventually fall back to Earth. Wild horses could not drag me from a good chariot race.
There are many different effects for example space satellites, tv's miccroscopes and ect.
Anything up to 2000 km (1240 miles) above sea level. Low earth orbiting satellites can suffer from atmospheric drag at very low altitudes, although there is little gas around at their orbit, there may still be enough to slow the satellite and cause it's orbit to decay. The lowest satellites would be around 300km in altitude, but would not be able to sustain orbit without an occasional boost.