Spent rocket boosters fall from space into Earth's atmosphere with enough speed to cause friction buildup, which in turn causes enough heat to literally burn up the booster segments. Though they look heavy, they're actually made of a composite aluminum with high shear strength, much as the same material aircraft wings are made of, or in some cases fiberglass. Regardless of material, they cannot survive the heat of re-entry into Earth's atmosphere.
it can fly.
No. The 'rocket' parts of spacecraft are the propulsion stages which are used to get the craft out of the earth's gravity and onto the trajectory which will bring it to its destination, or put it into its orbit. The rocket for most spacecraft is a three-stage device - and each stage is jettisoned after it has completed its task. These stages fall back to earth or are burned up in the atmosphere. When the American astronauts landed on the moon they were travelling in a Lunar Module / Lunar Landing Module /Lunar Excursion Module. This was only a tiny part of the Apollo rockets which were launched from Cape Canaveral.
it can fly because the fire that comes out of the back of the rocket is its thrust.So when the fire comes out the back it causes the rocket to thrust forward.Remember the fire comes out with a lot of force thats why the rocket is able to fly because of the thrust. The body of the rocket is a device that can stay in space and float in there which allows the rocket to stay in space. The fire thrusts the rocket up but only to get out of earths atmosphere because earth has gravity space doesn't. In space the rocket does the rest of the work which is floating in a place without gravity. hope this helped!
The payload (the important stuff) in a multistage rocket is carried in the last stage. The earlier stages are there only for the purpose of boosting the last stage on its way. When each earlier stage is out of fuel, it separates and falls back to Earth.
It doesn't, the shuttle with the crew in it glides back to earth, hence needing a long runway to come to a stop. If 'a' rocket was landing on earth... Crash or use a parachute to slow it down
it can fly.
The first and second stages of the Saturn V rocket.
I do not think that it is possible to exit the Earth's atmosphere going slowly. Great speed is required to get past the Earth's gravity so that it does not pull us back inside the atmosphere. In fact, the rocket needs to be at a speed of about 11 km/s to escape Earth's Gravity and reach space.
No. The 'rocket' parts of spacecraft are the propulsion stages which are used to get the craft out of the earth's gravity and onto the trajectory which will bring it to its destination, or put it into its orbit. The rocket for most spacecraft is a three-stage device - and each stage is jettisoned after it has completed its task. These stages fall back to earth or are burned up in the atmosphere. When the American astronauts landed on the moon they were travelling in a Lunar Module / Lunar Landing Module /Lunar Excursion Module. This was only a tiny part of the Apollo rockets which were launched from Cape Canaveral.
Water in the atmosphere precipitates. And in this manner it returns back to earth's surface.
Via rocket.
it can fly because the fire that comes out of the back of the rocket is its thrust.So when the fire comes out the back it causes the rocket to thrust forward.Remember the fire comes out with a lot of force thats why the rocket is able to fly because of the thrust. The body of the rocket is a device that can stay in space and float in there which allows the rocket to stay in space. The fire thrusts the rocket up but only to get out of earths atmosphere because earth has gravity space doesn't. In space the rocket does the rest of the work which is floating in a place without gravity. hope this helped!
rocket
Part of the rocket was the module in which they lived and when they wanted to come back to Earth they would fire small retro-rockets which would slow the craft down. It would then fall out of orbit, re-enter the Earth's atmosphere and splash down in the sea, its speed being contolled in the last stages by a parachute. The module would then be recovered by a ship waiting for it.
Water cycle
Due to the higher gravity amount, a rocket will be pulled back when leaving earth, and pulled forward when going to earth.
The payload (the important stuff) in a multistage rocket is carried in the last stage. The earlier stages are there only for the purpose of boosting the last stage on its way. When each earlier stage is out of fuel, it separates and falls back to Earth.