Space Shuttle

• Endeavour
• Atlantis
• Discovery

If a space shuttle enters a higher orbit, its period increases. This is because the higher the orbit, the greater the distance to travel around the Earth, which results in a longer time for one complete orbit.

The solid rocket boosters detach and fall off the space shuttle shortly after liftoff. They are jettisoned when their fuel is depleted, allowing the shuttle to continue its journey into space using its main engines.

A rocket typically has multiple fuel tanks, with some rockets having separate tanks for liquid oxygen and rocket fuel. The number of fuel tanks can vary depending on the design and size of the rocket, but there are usually at least two separate tanks for different propellants.

The Space Shuttle was a reusable spacecraft that could launch into space powered by its main engines and two solid rocket boosters. It would orbit Earth, deploy satellites, conduct experiments, and perform repairs on other spacecraft before re-entering the atmosphere for a runway landing.

Space missions are important for advancing scientific knowledge, exploring new frontiers, and inspiring future generations. They allow us to study the universe, learn about other planets, and potentially discover life beyond Earth. Additionally, space missions help drive technological innovation and economic growth.

The final walk astronauts take when they walk to the space shuttle is called the "walkout." This is a ceremonial departure where the astronauts wave to onlookers and receive well-wishes before boarding the shuttle for launch.

The last Space Shuttle launch was Space Shuttle Atlantis at 11:29 a.m. EDT, on July 8, 2011.

For each individual Shuttle, it is as follows:

Atlantis: July 8, 2011

Endeavor: May 16, 2011

Discovery: February 24, 2011

The goal of Space Shuttle Atlantis, like the other space shuttles in the fleet, was to transport astronauts and cargo to and from the International Space Station (ISS), deploy satellites, conduct scientific research, and assemble and repair components of the ISS. Its missions helped further our understanding of space and contributed to the advancements of science and technology.

Yes, Apollo 9 was a successful mission. It was the third crewed mission in the Apollo program and marked the first flight of both the lunar module and the Command/Service Module together in space. The astronauts conducted crucial tests and maneuvers to demonstrate the capabilities of the spacecraft for future missions to the Moon.

27,875 kilometers a hour

due to the gravitational force the space shuttle get rest on its positioned the installation of satellite or any transponders,etc., the shuttle got fixed in the orbit generation of the zero gravity motor which is an stepper motor with zero resistive flexibility moves the shuttle with the orbit path above 16,500 thousand km above the ionosphere.

NASA is canceling the Space Shuttle program for several reasons.

Firstly, there have been 2 space shuttle disasters, leaving 14 astronauts dead. Both accidents were caused by human error and severe problems with NASA management over the space shuttle program.

Secondly, the space shuttle is not a very safe vehicle. There have been many close calls on past shuttle missions that could easily have led to catastrophes. The space shuttle is still largely an experimental vehicle with new problems and safety issues being discovered.

Thirdly, there is no viable method for space shuttle crew members to escape in the event of an accident. Though Mercury, Gemini, and Apollo all had emergency escape systems, the space shuttle's crew escape system can only be used in a very small percent of circumstances, but in most emergencies the crew would have no chance of survival.

Lastly, the shuttle program is expensive. It costs an average of $450 million dollars and many months of training to prepare each shuttle launch.

Retro burners. Retro meaning opposite or backward. After burner is forward or ahead of you. They fire the thrusters to slow down or even stop. But really, who knows what stop is if we have no real reference? But if your talking about Earth as the reference, my statement is otherwise correct.

Astronauts sit on specially designed seats during launch, landing, and re-entry inside space capsules or spacecraft to provide support and safety. The seats are custom made to cushion and protect astronauts from the intense vibrations and g-forces experienced during these critical stages of the mission.

john Kay invented the flying shuttle in 1733! he helped factory owners make more then ever and in half the time. he also halfed the workers in there as they only need one person per machine. people didn't like this so they attacked kay. till he fled to France and for there on lived a happy life he died in 1779 in France.

The space shuttle was important for its ability to carry astronauts and cargo to space and back, allowing for the construction and servicing of the International Space Station. It also helped to advance scientific research and technology in space exploration. Additionally, the space shuttle program paved the way for future spacecraft design and missions.

The rocket journey to space is intense and thrilling. Rockets undergo a series of stages, including takeoff, acceleration, and reaching orbit. During this journey, astronauts experience high g-forces and vibrations, before eventually reaching the weightless environment of space.

The first space shuttle to explode during liftoff was the space shuttle Challengerin 1986. The second shuttle disaster occured on the 1st of Febuary 2003 to space shuttle Columbia. In boh disasters, 7 astronauts lost their lives.

The Space Shuttle orbiter has speed brakes in the tail which open up when it's going to land and also has a parachute brake system which is deployed upon touchdown in addition to its wheel brakes.

There are over 1,000 hardware and software switches, controls, circuit breakers, and computer displays in the Space Shuttle cockpit. These switches allow Astronauts a huge amount of control over the operations of the shuttle. Even if a shuttle crew lost all control with Mission Control immediately after lift-off, they would still have all the necessary controls to reach orbit and return safely. The huge amount of switches and controls also allows astronauts to deal with almost any minor emergency or failure that could arise on orbit.

NASA created 2 space shuttles that would never fly in space. The first, Pathfinder. The purpoose of Pathfinder was to find the shortest and safest route from the location that it was built to the nearest airport so it can be delivered to the Kenedy Space Center. The second Shuttle that will never make a space trip is Enterprise. Enterprise was used for aerodynamic test and landing tests. Five other shuttles have been made; Columbia, Challenger; Atlantis; Discovery and Endeavour. Columbia and Challenger exploded during missions.

Scientists have sent radio messages into space in hopes of contacting potential extraterrestrial civilizations. This effort, known as METI (Messaging Extraterrestrial Intelligence), aims to engage in interstellar communication and potentially establish contact with intelligent beings beyond Earth.

The space shuttle is different from all other space crafts ever built because it is the only vehicle that NASA has to fly astronauts to orbit and back that can be used again. The space shuttle is almost 100 percent reusable. the only part that needs replacing is the large external tank. After every flight a new one needs to be made.

Multi-stage rockets require more force because the rocket must carry the additional weight of the unused stages throughout the flight. This extra weight results in increased drag and fuel consumption, requiring more thrust to reach the desired altitude and velocity. Additionally, the rocket must overcome gravity and air resistance at each stage separation, further increasing the force needed for propulsion.