The zone where a spacecraft begins to heat up during re-entry into Earth's atmosphere is typically around 70 miles (about 113 kilometers) above the surface. This region, known as the "thermopause," marks the transition from space to the atmosphere, where friction with air molecules generates intense heat. As the spacecraft descends, it experiences increasing atmospheric density, leading to significant heating due to aerodynamic drag.
The Hubble Space Telescope is 600km above the Earth's surface.
The Hubble space telescope orbits between 562 and 567 km above the Earth.
There is no layer above the exosphere. The exosphere is the outermost layer of the Earth's atmosphere and transitions into outer space.
The object that floats above Earth to take pictures of planets and stars is a space telescope. Examples include the Hubble Space Telescope, which orbits the Earth, and the James Webb Space Telescope, which will be positioned at a Lagrange point in space. These telescopes are designed to capture high-quality images and data from space.
The sky is above us. It is the space that extends upward from the Earth's surface.
The Hubble Space Telescope is 600km above the Earth's surface.
Space begins approximately 62 miles above the Earth; an area known as the Karman Line.
The sky above the Earth extends into space, which is about 62 miles (100 kilometers) above the Earth's surface.
The sun heats the earth but at night their is no sun and the heat of the soil is radiates back into space.
A UFO? Because we don't know what it is and it is coming from space, to earth, and returning to space.
The Hubble space telescope orbits between 562 and 567 km above the Earth.
By convention in the aerospace industry, Space is considered to be above an altitude of 100 km from Earth's surface.
its called a satellite, a large object floats in space above earth to take pictures of stars and planets
When you go 100 km above in the sky you are in the space.
Space Ships get heated on there return to earth due to friction from the atmosphere on the surface of the ship. The ships get hotter the closer they get to the surface. They begin to encounter very thin air at ~45-50,000 ft, and the atmosphere gets much more dense thus causing faster heating, the closer they get to the surface.
On average, the ISS (International Space Station), is about 199 to 215 miles above the surface of the Earth.
probably