force experienced by different objects in Space near the Earth. If you would prefer to make acomputational model to calculate the gravitational force, a spreadsheet template can be found here.Gravitational Force of Objects at Different Distances From Earth(round to nearest 100ths place)Object in SpaceAltitudeabove SeaLevel(meters)Distance fromCenter ofEarth (meters)Mass ofObject/Person(kilogram)Mass of Earth(kilogram)GravitationalForceExperienced(Newton)Orbit or Fall toEarth?Person at SeaLevel06,377,500755.97 x 1024N/APerson at Peakof MountEverest8,8486,386,348755.97 x 1024N/ATiangong-1Satellite208,0006,585,5008,5065.97 x 1024Fall to EarthSpaceX StarlinkSatellite538,7006,916,200260,0005.97 x 1024OrbitGPS Satellites20,189,00026,566,5001,6305.97 x 1024OrbitGOES WeatherSatellite35,786,20042,163,7002,8575.97 x 1024OrbitDirecTVSatellite35,793,50042,171,00035735.97 x 1024OrbitClosest:24,407,000Closest:30,784,50070005.97 x 1024SirusXMOrbitFurthest:47,098,000Furthest:53,475,50070005.97 x 1024Moon378,021,500384,399,0007.35 x 1025.97 x 1024Orbit