When the space shuttle goes through the atmosphere, the space shuttle can then by itself land safely because no fuel will be needed. You can use the atmosphere of the earth to slow the space shuttle down allowing it land safely with the payload. The payload will still be on the space shuttle because it won't be removed, only the equipment will be removed from the space shuttle. The shuttle has to do no work whatsoever when bringing it back to earth because it won't be needing fuel when landing on earth.
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∙ 14y agoSpace shuttles typically use re-entry capsules to bring payload back to Earth. These capsules are equipped with heat shields to protect against the intense heat generated during re-entry. Once the capsule enters the Earth's atmosphere, parachutes are deployed to slow down the descent and safely land the payload on the ground or in the water.
Space shuttles
Space shuttles are called shuttles because they are designed to transport astronauts and cargo between Earth and space in a back-and-forth manner, resembling the shuttle-like movements. They can "shuttle" back and forth multiple times, unlike one-time-use rockets.
Space shuttles are not directly involved with space exploration. A space shuttle is only designed to be able to deliver supplies and cargo to Low earth orbit and back. The only way that the space shuttle helps with space exploration is by doing missions to set up and repair space telescopes, which can be used to learn more about about the universe.
Shuttles are called shuttles because they transport people or objects back and forth between two locations, similar to how a weaving shuttle moves back and forth on a loom. The term "shuttle" is derived from the action of moving to and fro or back and forth.
Space shuttles used to land at Kennedy Space Center in Florida or Edwards Air Force Base in California.
Space shuttles
Because it carries a crew into space, then returns to Earth, just like a shuttle that goes back and forth.
Space shuttles are called shuttles because they are designed to transport astronauts and cargo between Earth and space in a back-and-forth manner, resembling the shuttle-like movements. They can "shuttle" back and forth multiple times, unlike one-time-use rockets.
Space shuttles are not directly involved with space exploration. A space shuttle is only designed to be able to deliver supplies and cargo to Low earth orbit and back. The only way that the space shuttle helps with space exploration is by doing missions to set up and repair space telescopes, which can be used to learn more about about the universe.
Shuttles are called shuttles because they transport people or objects back and forth between two locations, similar to how a weaving shuttle moves back and forth on a loom. The term "shuttle" is derived from the action of moving to and fro or back and forth.
No space shuttle has been to the moon and back.
Space shuttles used to land at Kennedy Space Center in Florida or Edwards Air Force Base in California.
Veurjr, Kadkj, and Ruril
The single-stage rocket can get the payload off earth, but not into space, because there is not enough fuel, and the weight eventually becomes too great. So at some point, the rocket will fall back down to earth. For this reason, most single-stage rockets are missiles.
A spacecraft is a broad term that refers to any vehicle designed for travel or operation in outer space. A space shuttle is a specific type of spacecraft that is designed to transport astronauts and cargo to and from low Earth orbit. Essentially, all space shuttles are spacecraft, but not all spacecraft are space shuttles.
Space shuttles are not designed to go to other planets, they stay in a near earth orbit, orbiting earth several times in a mission before returning back to earth. They don't really go far from our planet.
After the space shuttle's rockets are jettisoned, they fall back to Earth and either land in the ocean or are disposed of in a designated area. They are not reused and are typically not recovered for future missions.