yes
+3,000 F.
When a space shuttle enters the Earth's atmosphere, it experiences extreme heat and friction due to the high speeds it is traveling at. This creates a plasma sheath around the shuttle which can interfere with communications. The shuttle also begins to slow down due to atmospheric drag.
Although it reaches incredible speeds, a Space Shuttle is not going fast when it enters the atmosphere. The gravitational pull of Earth, or just gravity, are pulling down on the space shuttle with immense force.
It is possible to see a space shuttle launch from Miami, which is about 200 miles away from the Kennedy Space Center in Cape Canaveral. However, visibility may depend on weather conditions and the specific trajectory of the launch.
Cape Canaveral Florida, or Edwards AFB in Ca.
+3,000 F.
3,000+ F
No. The space shuttle enters and exits closer to the equator. The ozone holes are at the pole that is currently experiencing winter / spring.
When a space shuttle enters the Earth's atmosphere, it experiences extreme heat and friction due to the high speeds it is traveling at. This creates a plasma sheath around the shuttle which can interfere with communications. The shuttle also begins to slow down due to atmospheric drag.
NASA space shuttle quit cause the wanted to make and improve there shuttle before use of them
Although it reaches incredible speeds, a Space Shuttle is not going fast when it enters the atmosphere. The gravitational pull of Earth, or just gravity, are pulling down on the space shuttle with immense force.
The Space Shuttle doesn't land in the ocean it lands on a runaway.
It is possible to see a space shuttle launch from Miami, which is about 200 miles away from the Kennedy Space Center in Cape Canaveral. However, visibility may depend on weather conditions and the specific trajectory of the launch.
The space shuttle reaches 17,850 mph before leaving earth's atmosphere.
The "Apolo" space capsules.
Cape Canaveral Florida, or Edwards AFB in Ca.
When a space shuttle re-enters the Earth's atmosphere, it encounters extreme heat and pressure due to rapid deceleration at high speeds. The shuttle uses a heat shield to protect it from temperatures that can exceed 1,500 degrees Celsius (2,732 degrees Fahrenheit). As it descends, it releases parachutes to slow down further before landing. The entire process requires precise control to ensure a safe return to the surface.