Gravity.
Satellites remain in orbit around the Earth due to a balance between the gravitational pull of the Earth and the satellite's velocity. The satellite's forward velocity allows it to continue moving tangentially to the Earth's surface, preventing it from being pulled towards the surface. This balance enables satellites to maintain their orbit without falling back to Earth.
Gravity is the force that allows satellites to orbit the Earth. The gravitational pull between the Earth and the satellite causes the satellite to continuously fall towards the Earth while moving forward at a speed that keeps it in orbit.
Satellites aren't pulled to Earth by gravity because they are in a state of free fall, traveling at a high tangential speed. This speed allows them to continuously "fall" around the Earth instead of directly towards it. The balance between their forward motion and the pull of gravity creates a stable orbit, keeping them at a consistent altitude rather than crashing back to the surface.
SatellitesSatellites orbit in outer space, not in the earth. They are sent to outer space where the gravitational pull of the earth pulls them around, just as the earth is pulled around the sun in a similar manner. The layer is the exosphere. It greatly depends on what the satellite is for and who owns it how far up it orbits. Imaging satellites need to be close to the Earth, so they orbit about 130 miles up. Communications satellites are generally at 23,000 miles up. GPS satellites are up about 13,000 miles.
The different artificial satellites launched are Low Earth Orbiting Satellites for Remote sensing, Medium Earth Orbiting Satellites like GPS , Geo Stationary Orbiting Satellites for Communication and Molnia Satellites again for Communication. These are the different artificial Satellite orbiting the Planet Earth.
yes.
Satellites remain in orbit around the Earth due to a balance between the gravitational pull of the Earth and the satellite's velocity. The satellite's forward velocity allows it to continue moving tangentially to the Earth's surface, preventing it from being pulled towards the surface. This balance enables satellites to maintain their orbit without falling back to Earth.
Gravity is the force that allows satellites to orbit the Earth. The gravitational pull between the Earth and the satellite causes the satellite to continuously fall towards the Earth while moving forward at a speed that keeps it in orbit.
Satellites aren't pulled to Earth by gravity because they are in a state of free fall, traveling at a high tangential speed. This speed allows them to continuously "fall" around the Earth instead of directly towards it. The balance between their forward motion and the pull of gravity creates a stable orbit, keeping them at a consistent altitude rather than crashing back to the surface.
All the satellites, communications, exploratory, military etc. are artificial satellites of Earth.
SatellitesSatellites orbit in outer space, not in the earth. They are sent to outer space where the gravitational pull of the earth pulls them around, just as the earth is pulled around the sun in a similar manner. The layer is the exosphere. It greatly depends on what the satellite is for and who owns it how far up it orbits. Imaging satellites need to be close to the Earth, so they orbit about 130 miles up. Communications satellites are generally at 23,000 miles up. GPS satellites are up about 13,000 miles.
Mars has two natural satellites. Earth has one.
Everything on Earth is pulled downward towards the center by gravity, a force which arises from the mass of the Earth. This force keeps objects grounded and causes them to fall towards the surface when dropped.
Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.
Natural satellites are organic objects that orbit the earth such as the moon. Artificial satellites are objects humans propel through the earth's atmosphere in order to orbit the earth such as satellites for TV and radio signals.
Satellites of the Earth are held in their orbits by the Earth's gravity. That includes the Moon and all the artificial satellites etc. that are up there.
Why would you classify the moon and earth as satellites?