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How do Space Shuttles Work?
Space shuttles work by utilizing three major components to reach their destination. There are two rocket boosters that are critical for the launch itself and the external fuel tank that carries enough fuel for the launch. The orbiter is the component that carries the astronauts and payload. The boosters are ignited to launch the shuttle and separate shortly after launch. When the orbiter reaches its optimum height, the external fuel tanks separate. The orbiter is then set for the orbital path it will follow around the earth. When the orbiter is ready to return to the earth it will use an engine retrofire to leave its orbit and descend to re-enter the earth's atmosphere where it will land.
Has every shuttle returned?
Yes, all shuttles have safely returned from their missions.
What is the main difference between the space shuttles and other space vehicles?
The main difference between space shuttles and other space vehicles is that space shuttles are reusable spacecraft that can carry astronauts and cargo to space and return to Earth like an airplane, while other space vehicles are usually one-time use rockets that are not designed to be reused. Space shuttles also have the ability to perform missions in space and return to Earth multiple times.
Where did spaceship Columbia travel to?
Columbia was a Space Shuttle. Space Shuttles travel to an orbit around the Earth and return.
How are space shuttles and space stations similar and different?
Space shuttles and space stations are similar in that they are both used for space exploration and research. However, space shuttles are spacecraft designed for transport between Earth and space, while space stations are large structures designed for long-term habitation in space by astronauts. Additionally, space shuttles can return to Earth, while space stations remain in orbit.
What was the First winged space shuttle to launch into space and return?
The Columbia The Columbia
When is the date and time of the next space shuttle launch?
Space shuttles are no longer operational. However, NASA has shifted its focus to the Artemis program, with plans to return humans to the moon by 2024 and eventually go to Mars. You can check NASA's website or social media for information on upcoming launches and missions.
Can you safely launch and return space shuttles?
No. Some Apollo missions got held down on overheat. Apollo 14 missed and failed the mission. Also, Apollo 14 got crashed, but ran down to a %17 air tank! It landed safely on the crust of the Earth. But in space, it had suspension problem and the boosters turned back to %30 turbo.
How do you think the launch of Onglyza will pan out in India?
With the release of Frobo 2: the return of Frobot
Advantages of using space shuttles rather than rocket?
Space shuttles have the advantage of being reusable, which can lead to cost savings over time compared to expendable rockets. Additionally, shuttles have the ability to transport larger payloads and crew members. They also offer more flexibility in terms of being able to return to Earth and land on a runway like an airplane.
What is difference between a rocket and space shuttles?
Rockets are vehicles designed to propel themselves into space by expelling exhaust gases at high speed, typically using a single-stage or multi-stage design. Space shuttles, on the other hand, are a specific type of spacecraft that combine both rocket and glider elements; they are designed to carry astronauts and cargo to and from orbit while being reusable. While rockets can be used solely for launching payloads, space shuttles have the capability to return to Earth and land like an airplane. Essentially, all space shuttles are rockets, but not all rockets are space shuttles.
A reusable craft for transporting people and supplies to and from space?
A reusable craft for transporting people and supplies to and from space could be a space shuttle. Space shuttles are designed to launch like a rocket and land like an airplane, making them suitable for multiple uses. They have the capacity to carry both crew members and cargo to destinations in space and return safely back to Earth for future missions.
