Once the space shuttle reaches space, it orbits the Earth to complete its mission, whether that's to deploy satellites, conduct scientific research, or perform maintenance on the International Space Station. The crew members may experience microgravity once in space and conduct experiments or spacewalks as required.
When a space shuttle launches, the main engines ignite to lift the shuttle off the ground. Once it gains enough altitude, the solid rocket boosters are released. The shuttle then continues its journey into space using its main engines until it reaches orbit.
Once a space shuttle launches, it ascends into space powered by its rocket boosters and engines. It travels to its designated orbit or destination, such as the International Space Station or to deploy satellites. After completing its mission, the shuttle re-enters the Earth's atmosphere, gliding back to a runway landing.
After the space shuttle takes off, it will continue its journey into space until it reaches orbit. Once in orbit, the astronauts onboard will perform various tasks, such as conducting experiments or satellite deployments. Eventually, the shuttle will re-enter Earth's atmosphere and land back on Earth.
The space shuttle uses its payload bay to carry and deploy satellites into space. Once the shuttle reaches the desired orbit, the robotic arm or astronauts inside the shuttle release the satellite into space.
Yes
When a space shuttle launches, the main engines ignite to lift the shuttle off the ground. Once it gains enough altitude, the solid rocket boosters are released. The shuttle then continues its journey into space using its main engines until it reaches orbit.
Once a space shuttle launches, it ascends into space powered by its rocket boosters and engines. It travels to its designated orbit or destination, such as the International Space Station or to deploy satellites. After completing its mission, the shuttle re-enters the Earth's atmosphere, gliding back to a runway landing.
After the space shuttle takes off, it will continue its journey into space until it reaches orbit. Once in orbit, the astronauts onboard will perform various tasks, such as conducting experiments or satellite deployments. Eventually, the shuttle will re-enter Earth's atmosphere and land back on Earth.
there sweat starts to float in the space shuttle because once the astronauts are exercising in space they would start to sweat
The space shuttle uses its payload bay to carry and deploy satellites into space. Once the shuttle reaches the desired orbit, the robotic arm or astronauts inside the shuttle release the satellite into space.
Prior to the space shuttle the transportation vehicle was discarded. Space Shuttles are reusable once they are inspected and refitted, a great money saver.
Yes
No, a space shuttle does not use a propeller. It is propelled into space by rocket engines that generate thrust by expelling exhaust gases at high speeds. Once in space, the shuttle maneuvers using its thrusters and reaction control system.
A space shuttle feels like a smooth ride during liftoff with a sense of acceleration and increased G-forces. Once in space, the shuttle feels weightless and the sensation is often described as floating. Reentry can feel turbulent and intense as the shuttle reenters the Earth's atmosphere.
Certainly not! The space shuttle was the first reuseable space craft. After its solid rocket boosters and belly tank fall away, they are collected from the sea.
it will continue as usual.nasa is not all about sending people to space, it has many important missions aside from the shuttle programe
When the rocket breaks away from the shuttle, it continues to propel the payload (such as a satellite or spacecraft) further into space. Once it has completed its job of delivering the payload to its desired orbit, the rocket will either stay in space as debris or be deliberately moved to a safe disposal orbit.