Great question! Any spacecraft orbits at an altitude specific to its velocity. If you push on the spaceship to increase its velocity, it gains altitude. If you reduce its speed it will lower its orbit. Orbital mechanics is very complicated. It usually takes a computer to figure out how to join-up two orbiting bodies. Only certain things are possible. All orbits are elliptical with one focus at the center of the Earth. You cannot for example orbit at 5 degrees N or S latitude. If you want to orbit over 5 degrees north latitude, you are also going to go over 5 degrees south latitude.
The energy that heats the rocket comes from gravity, but is released in heat as the nose cone encounters friction from air molecules. While in space, there are few molecules to encounter, but as it enters the thicker atmosphere, collisions increase and this produces heat in the air and on the rocket nose. In the case of the Space Shuttle, all of its initial velocity (energy) gained at launch is expended as heat as the shuttle lands, and it returns to its original gravitational state again.
Plane forces are confined to a plane or are not three dimensional, while space forces are three dimensional..
it will move little or slowly then after a while it will stop
That refers to the centrifugal force.
If you are serious about this, move the question to biology/human physiology.
The leak was discovered while the space shuttle was being fueled.
The Space Shuttle Columbia disintegrated while re-entering the atmosphere; it did not explode.
Rockets are launched from the ground, while the space shuttle is launched off the back of a jumbo jet.
A space shuttle still has to leave the atmosphere, we aren't building them in space. While leaving the atmosphere a space shuttle causes a lot of friction as it rubs against the air on the way up.
200
Approximately 18,000 mph.
The space shuttle aids in space exploration in one very important way. It allows the explorers to move around in zero gravity. A space shuttle helps astronauts in space by providing oxygen and safety while entering, leaving and while in space. It also gives them the basic living materials such as food, water and toilets.
The space shuttle aids in space exploration in one very important way. It allows the explorers to move around in zero gravity. A space shuttle helps astronauts in space by providing oxygen and safety while entering, leaving and while in space. It also gives them the basic living materials such as food, water and toilets.
I have known that it will not work in space while you are in the space shuttle. But it is a good thing that it works on earth but the bad thing is that it doesn't work in space. Answered by:SAV
There space shuttle was created by NASA. John Young and Robert Crippen were the brains behind this idea while working for NASA.
There are tiles on the entire space shuttle. Every square inch is covered in tiles. The nose, bottom and leading edges of the space shuttle have black tiles while the rest of the space shuttle has white tiles. The nose leading edges and the bottom of the shuttle are the portions of the shuttle that get the most friction/heat from the atmosphere during re-entry.
The Shuttles and their key systems were never designed for the extreme cold of interplanetary space; while it's cold in Earth orbit, it'd downright hot compared to coldness of space between the planets.