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Why does a space shuttle move in space when there is no gravity?
A space shuttle moves in space due to its initial velocity gained from launch and the lack of significant air resistance to slow it down. While gravity is weaker in space, it still affects the shuttle's trajectory and orbit around celestial bodies. In the absence of other forces, the shuttle will continue to move in a straight line at a constant speed due to Newton's first law of motion.
How does a space shuttle get past earth's gravity?
A space shuttle overcomes Earth's gravity by using powerful rockets to propel itself upwards with enough speed to escape the pull of gravity. Once in space, the shuttle continues to move forward at a high velocity, which counteracts the force of gravity and allows it to remain in orbit around the Earth.
How would space people travel?
In space, they don't. If they are in a space shuttle, however, they would move themselves using handlebars attached to the shuttle designed specifically for propelling themselves.
How does space shuttle aid in space exploration?
The space shuttle aids in space exploration in one very important way. It allows the explorers to move around in zero gravity. A space shuttle helps astronauts in space by providing oxygen and safety while entering, leaving and while in space. It also gives them the basic living materials such as food, water and toilets.
How does the space shuttle aid in space exploration?
The space shuttle aids in space exploration in one very important way. It allows the explorers to move around in zero gravity. A space shuttle helps astronauts in space by providing oxygen and safety while entering, leaving and while in space. It also gives them the basic living materials such as food, water and toilets.
How did the space shuttle try to move in space?
The shuttle moved by the use of thruster rockets.
Why must the space shuttle go so fast?
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.
Why does space shuttle need thrust?
To move? Search "thrust" in google
How long does it take to move a space shuttle?
It typically takes several weeks to move a space shuttle from one location to another. The process involves carefully transporting the shuttle on a special transporter vehicle at very slow speeds to ensure its safety. Factors like distance, logistics, and any necessary road closures can also affect the timeline for moving a space shuttle.
How does the space shuttle move in space?
Most of the movement, the orbiting of the shuttle around Earth, comes from the launch which gets the shuttle up to over 17,000 miles per hour. While in orbit, astronauts use the the shuttle's reaction control system to make adjustments to the shuttles orbit. The main engines are used again at the end of the mission to slow the shuttle down allowing the Earth's gravity to the rest of the work to bring the shuttle and astronauts back to the ground.
How do space shuttles move in orbit?
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.
Why is it that when in a space shuttle with no gravity the people in the shuttle move with the shuttle?
The astronauts and the shuttle are in the same inertial frame of reference, and are accelerated to orbit within said frame of reference. Try dribbling a basketball when you're on a bus or train and notice that the ball doesn't go flying back, but rather you can dribble it just fine even though the train / bus is moving. Also, when the shuttle is in orbit, it's not really in a zero-g environment (although it's often called such), but rather a microgravity environment.
