Space Shuttle

Inside a space shuttle, you would experience a confined and controlled environment with limited space for movement. The cabin would contain seating, control panels, communication systems, and storage areas for supplies. During launch and reentry, you would feel vibrations, loud noises, and experience increased forces acting on your body.

Space shuttles do not have the capacity to hold enough fuel to reach the moon. Also, they could not land on the moon as they need a runway and have no other alternative way of landing. They are designed to land in Earth's atmospheric conditions. All round, they are most unsuitable for reaching the moon and were only designed to be in earth orbit.

Currently, space travel is reserved for astronauts who are selected and trained by space agencies like NASA or private companies like SpaceX. Astronauts typically travel to space using specialized spacecraft like the Space Shuttle or SpaceX's Crew Dragon capsule, which are launched into space using powerful rockets. Future advancements in technology may make space travel more accessible to the general public through companies like Virgin Galactic or Blue Origin.

You can find diagrams of a space shuttle online through resources such as NASA's website or scientific illustration databases. Books and documentaries on space exploration may also include detailed diagrams of space shuttles.

A rocket can be identified as a missile, aircraft or any vehicle with a rocket engine thrust and it is lightweight but powerful. Without a rocket, there will be no exploration of space and it is not a modern invention because it was developed by the Chinese in 1200 AD.

Space rockets were invented primarily to enable humans to travel beyond Earth's atmosphere and explore outer space. They are used to launch satellites into orbit, send spacecraft on interplanetary missions, and conduct scientific research in space. Space rockets also play a key role in supporting human spaceflight programs.

There was no US space shuttle by that name.

Possibly you are thinking of the Apollo 13 flight, which did not crash, but experienced an explosion on board. The command module was called Odyssey, and successfully returned to earth with the crew.

Astronauts inside a falling shuttle experience weightlessness because they are in a state of free fall alongside the shuttle. This means both the astronauts and the shuttle are falling together at the same rate, so there is no sensation of hitting the ceiling despite the lack of gravity.

Sunita Williams first went to space on December 9, 2006 aboard the Space Shuttle Discovery as part of Expedition 14 to the International Space Station. She holds the record for the longest spaceflight by a woman.

== == The Challenger was a space shuttle that exploded 73 seconds after launch on January 28, 1986, killing all 7 brave astronauts on board, including Christa McAuliffe, who was chosen from 11,000 applicants to be the first teacher in space.

A space shuttle can reach speeds of up to 17,500 miles per hour (28,000 kilometers per hour) during launch and re-entry into Earth's atmosphere.

Answer The speed in orbit is around 17500 miles an hour.

It takes about 8 minutes from launch for the shuttle to reach space. How is that for speed? Once in space, the space shuttle and the International Space Station orbit the Earth about 16 times a day. They are actually traveling faster than a bullet! That fast rate of speed along with Earth's gravity keep them in orbit around our planet

The name of the first space shuttle that was run through free flight simulation was Enterprise, but the first space shuttle to actually reach orbit was Columbia in 1981.

the first space shuttle was used for test flights i dont know i think so???????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????

The space shuttle was invented mainly for scientific reasons.

Space shuttles contain numerous instruments and apparatus to conduct experiments in space and gather information about the solar system. Including cameras, atmospheric analysers and so on.

People wanted to know the answers to impossible questions, such as "why do we exist?", "how was life started?", "how was the solar system created?" and so on. Now, with space shuttles, we can provide scientific data to answer these questions.

Another reason space shuttles are built nowadays, but not the main reason, is the search for planets in our solar system capable of supporting life. This is for two reasons: A) the search for extraterrestrial intelligence/species and B) the search for a "New Earth", for future human colonisation when the sun burns out and consumes the Earth.

Another primary reason space shuttles were invented is so we have the capability to repair satellites that have been damaged by space junk, space storms and stray mini-comets.

The utmost primary reason we build space shuttles is for scientific research.

In space, there are so many possibilities for new discoveries, such as new planets, the answer to why life exists, new minerals and resources, new technological advancements, new medical discoveries and so on.

The space shuttle used a variety of radios for communication, including VHF, UHF, S-band, and Ku-band radios. These radios allowed communication with mission control on Earth, other spacecraft, and astronauts during spacewalks. Each radio had specific functions and frequencies for various aspects of the mission.

The first space shuttle was built primarily in Palmdale, California at Rockwell's facility.

Challenger (January 28, 1986). Columbia (February 1, 2003) broke up in the atmosphere because of a hole in the wing made by a piece of foam at launch.

It was the shuttle Discovery that took her to the ISS on December 10 2006, and Atlantis brought her home to Earth on June 22 2007.

The space shuttle's docking port was located at the nose of the orbiter. When docked with the International Space Station, the shuttle's docking mechanism connected to a corresponding port on the ISS to allow for crew and cargo transfer between the two spacecraft.

The shuttle's main engines gimbal before engine start and lift-off to ensure that the exhaust gases are projected in the correct direction as a way of steering the shuttle. The gimbaling enables the shuttle to clear the tower and again to perform the belly roll it does after the tower is cleared.

It is called liftoff.

I think you mean, :why does the orbit of satellites, etc. look like a sine wave? Well, every orbit around the earth looks like a circular (or elliptical ring) whose center (or focus) is at the center of the earth. An orbit exactly above the equator is one such orbit, but any orbit can be tilted as long as the center (or focus) stays at the earth's center and the whole orbit is flat like a disk. On various maps this makes the orbit look like a wave, but on a globe it stays a flat circle (or ellipse).