Actually only 3 geostationary satellites are enough to cover the earth.
3 GEO Satellites located at 120 degrees are required to cover whole of the earth.
Artificial satellites orbit the Earth. Some are geostationary - means that their orbital period matches the revolutions of the Earth, keeping them in the same spot over the surface all the time. Other travels roughly pole-to-pole, allowing them to cover the whole Earth as the Earth rotates beneath them.
Greenhouse gases, particularly carbon dioxide, are part of the Earth's atmosphere; as such, they cover all of the Earth's surface. The whole world is covered by atmosphere.
Non Geo stationary satellite is that satellite which has different angular velocity from earth and not placed on the height of 36000 Km from the earth. If you use Geo stationary satellite than only 3 satellites are enough to cover whole world. most of satellite are geostationary and they are(most of them) active satellites too.
Some satellites cover the whole earth each pass, because that is what they are used for. However, many also cover nly certan regions such as the poles or the equator or one continent or one country. Geostationary orbiters for example, stay above the same place forever (that is, until they are taken or sent down by something). Many orbit over the same places each time, covering the same regions each pass. This is true of all satellites, the difference is how large the regions are nd how many of them. Some satellites cover the whole earth each pass, because that is what they are used for.
A mist used to rise from the surface of the earth and water the whole surface of the earth. Hope this helped!! :)
A GPS works by satellites that are located in outer space. These satellites are connected with cameras that show the whole earth. You GPS and the satellites systems are working together to provide maps for you.
The density of the Earth as a whole has been calculated by observing the orbits of the moon and artificial satellites, trajectories of near earth asteroids, etc. We can measure the density of materials from which the surface is composed. The two are not the same. That tells us that the density of the interior is different from the density of surface materials. Since the overall density is greater than the density of the surface materials, the interior must be denser still in order to bring the overall density to what has been observed and calculated.
In my humble opinion, I think it covers the WHOLE earth
quartz
Tides
no....it has never happend and it wont ever......