Space Shuttle

The space shuttle needs to go fast in order to reach orbit around the Earth. By going fast, the shuttle can overcome the gravitational pull of the Earth and enter into a stable orbit where it remains in space. This speed is necessary to counteract the pull of gravity and maintain a continuous state of freefall around the Earth.

A space shuttle needs to reach a speed of approximately 17,500 miles per hour, known as orbital velocity, to successfully leave the Earth's atmosphere and enter space. This speed allows the shuttle to counteract the pull of Earth's gravity and achieve a stable orbit around the planet.

The space shuttle was designed to be reusable, unlike other space vehicles that are typically used once and then discarded. Additionally, the space shuttle had the unique capability to carry large payloads into space and return them back to Earth. Its design allowed for crewed missions to space where astronauts could conduct research and experiments.

The space shuttle produced about 7.8 million pounds of thrust during liftoff.

Astronauts are the individuals who ride in space shuttles. They are highly trained and skilled professionals who undergo rigorous training to prepare for space missions.

The two space shuttles that tragically crashed were the Challenger in 1986 and the Columbia in 2003.

The success of the Saturn V rocket was largely due to its design under the direction of Wernher von Braun and Arthur Rudolph, German rocket scientists, who previous created the V-2 rocket.

The Saturn V and Mercury-Redstone rocket programs were competing to make the trip to the Moon and the Saturn V rocket ultimately won.

The space shuttle mission that put the Hubble Space Telescope in space was STS-31, which launched on April 24, 1990. The Hubble Space Telescope has provided invaluable insights into the universe and revolutionized our understanding of space.

probably the U.S. space shuttle, although the Russian Soyuz has flown alot, too, all the news reporters say differently, the conflict in space partnership between the U.S. and Russia has caused problems...

• To establish the technology to meet other national interests in space.

• To achieve preeminence in space for the United States.

• To carry out a program of scientific exploration of the Moon.

• To develop man's capability to work in the lunar environment.

In 1986, the Space Shuttle Challenger disintegrated 73 seconds after liftoff, resulting in the deaths of all seven crew members. The disaster was caused by the failure of an O-ring on one of the solid rocket boosters, which led to a catastrophic structural failure of the shuttle's external fuel tank.

Some dangers associated with a space shuttle takeoff include potential malfunctions or failures of equipment, which could result in loss of control or catastrophic accidents. There is also the risk of exposure to high levels of acceleration forces, which can be harmful to astronauts' health. Additionally, the presence of flammable fuels during the launch process poses a risk of explosion.

A space shuttle is a reusable spacecraft with wings and a tail for controlled re-entry into Earth's atmosphere, while a spaceplane is a vehicle that takes off and lands like an airplane and has the ability to reach space but may not have the same capabilities for re-entering Earth's atmosphere. Essentially, a spaceplane is a type of spacecraft, whereas a space shuttle is a specific kind of spacecraft with distinct features.

The space shuttle is a spacecraft designed to carry robots, astronauts and their equipment into space and back to earth after the exploration comes to an end. A space shuttle is made up of four major parts: the orbiter, the external fuel tank, and two booster rockets. This parts separate after the launch in three steps:

1. 1. Shuttle blast off

2. 2. Buster separation (this boosters are at the sides of the space shuttle)

3. 3. External fuel tank separation (which is under the orbiter)

At the same time, each of the four major parts are conformed by minor parts:

Orbiter: radiator panel, payload bay, orbiter landing wheels, cargo bay door, wing, elevon, rudder, body flap, main engine, orbital maneuvering engine, flight deck, containers (for experiments and food), remote control arm or robotic arm and satellite inside protective cocoon.

External fuel tank: tank for liquid oxygen and tank for liquid hydrogen.

Boosters: containers for parachute, solid-rocket booster, booster separation motors and booster nozzle.

The space shuttle Challenger was on its way to space for mission STS-51L, which was supposed to deploy the TDRS-2 satellite. However, tragically, the Challenger exploded 73 seconds after liftoff on January 28, 1986.

Basically the Shuttle transforms fuel into altitude for a given mass.

An empty shuttle could be lofted higher, but what would be the point?

So, the limiting factor is mainly the amount of fuel it can carry.

PS, Of course there are other complications, like how high a velocity it can take on reentry, how much fuel it carries for slowing itself down to get out of orbit, etc.

Robotic spacecraft are unmanned vehicles sent into space to explore celestial bodies, perform scientific research, or gather data. They are controlled remotely from Earth and equipped with various instruments and cameras to carry out their missions. Robotic spacecraft have been used to study planets, moons, asteroids, and other objects in our solar system.

space shuttles fix all kinds off satelites they help fix any kind of spacecraft.the space shuttles have been launching since 1977 from NASA.space shuttles are very useful space craft to help fix things in outer space .by George Philip

if you like space

shuttles a lot

there is a

Lego set

Plants can survive in space with the right conditions, such as adequate light, water, and nutrients. Special growth chambers have been used on spacecraft to successfully grow plants, like lettuce and wheat, in microgravity environments. These experiments help researchers understand how plants adapt to space conditions and may be crucial for sustaining long-term space travel.

If a space shuttle misses the runway during landing, it would have procedures in place to attempt a "go-around" or alternative landing attempt. These procedures may involve executing a powered ascent back into orbit for additional reentry opportunities or attempting a landing at an alternative designated site. Emergency contingency plans would also be in place to ensure the safety of the crew and vehicle.

A space shuttle is used for carrying astronauts and cargo into space, allowing for the assembly and servicing of the International Space Station, launching and repairing satellites, conducting scientific research in microgravity, and facilitating human spaceflight missions. It offers a reusable and versatile means of transportation for space missions.

The three phases of a space shuttle flight are launch, orbital operations, and re-entry and landing. The launch phase involves liftoff, ascent into orbit, and achieving orbit. Orbital operations involve performing tasks in space, such as scientific experiments or satellite deployment. Re-entry and landing involve the spacecraft returning to Earth and safely landing.

The space shuttle contributed to life on Earth by launching satellites for communication, navigation, and weather forecasting. It also facilitated space missions that led to technological advancements in various fields, such as medicine, materials science, and environmental monitoring. Additionally, the space shuttle program inspired innovation and fostered international collaboration in space exploration.

the space shuttle Columbia exploded as it was entering earth's atmosphere. it got up to a normal temperature of 2800 degrees F (1300 C) but the wheels got much to hot just around Texas about 15 minutes to landing and eventually burnt up. unfortunately all 7 astronauts died.

The space shuttle Columbia had a maximum speed of approximately 17,500 miles per hour during its orbit in space.