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Scientists on Earth have access to the crew's data and can modify.However, objects in orbit are in a continuous state of freefall, resulting in an apparent state of weightlessness.
Weightlessness.
Astronauts in orbit use their weightlessness to measure mass by swinging objects on a string like a pendulum. By measuring the time it takes for the object to swing back and forth, they can calculate its mass using a known formula.
Weightlessness in outer space occurs because objects are in a state of free fall towards the center of the gravitational field of a celestial body, like Earth. This results in a sensation of weightlessness even though the force of gravity is still present. In microgravity environments, the effects of gravity are significantly reduced, causing objects and individuals to appear weightless.
True weightlessness refers to the sensation experienced by objects or individuals when they are freely falling in a vacuum environment, without any external forces acting on them. This occurs when the force of gravity is canceled out by the acceleration of the object. Astronauts in space experience this sensation due to their spacecraft orbiting the Earth.
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Something can only be weightless in zero gravity.
You can be weightless when experiencing free fall, such as in an elevator dropping or skydiving, because you are in a state of apparent weightlessness due to the force of gravity acting equally on you and the objects around you, causing you to float. This sensation occurs when the acceleration from gravity counteracts the force of gravity pulling you downwards, creating a feeling of weightlessness.
What orbiting man made objects in space are powered with solar energy
Weightlessness in space refers to a condition where objects and individuals experience a sensation of being weightless due to the absence of gravitational forces. This occurs when objects are in freefall towards a massive body, like Earth, allowing them to float freely inside a spacecraft. Despite the feeling of weightlessness, the force of gravity is still present, but all objects fall at the same rate due to being in orbit.
In weightlessness, objects inside spacecrafts essentially float around because there is no gravitational force pulling them down. This can lead to items drifting and bouncing off surfaces. To counteract this, astronauts often use Velcro, straps, or magnets to secure objects in place.
These objects are the remains of cosmic experiences.