An orbiting spacecraft or space station continues in orbit because its forward momentum carries it around the planet even as gravity tries to pull it down. So astronauts are literally "falling" toward the Earth when they are in orbit. This "freefall" means that they do not experience the actual acceleration force. Nothing in an orbiting spacecraft experiences effective gravity, so moving around is much easier, and objects have to be secured to prevent them from floating away.
However, objects still have the same mass, so will have the same inertia if moving: an iron weight thrown across the cabin will impact with the same force if it hits something, and a huge satellite in a shuttle launch bay will still require a lot of energy to push from the bay. But the absence of gravity would make exercises such as a one-hand push-up ridiculously easy to do.
Hope Floats was released on 05/29/1998.
ok whatever floats ure boat
One that floats.
duct tape
Birdee Pruitt and Justin Matisse
An astronaut floats in an orbiting spaceship because they are in a state of continuous free fall towards the Earth, which creates the sensation of weightlessness. This is due to the balance between the astronaut's forward motion and the gravitational pull of the Earth, allowing them to float inside the spaceship.
Beacause theres no gravity!
its gravity that floats more often
Floats are called "carrozas" in Spanish.
He walks or floats or jumps ya now what i mean
A hydrometer is typically used to measure the specific gravity of a liquid. It is a device that floats in the liquid and the specific gravity is determined by how high or low the hydrometer floats in the liquid.
The Earth is not floating in space; it is actually orbiting the Sun due to gravitational forces. It is not sitting on anything specific but is instead held in its orbit by the gravitational pull of the Sun.
A satellite is a small celestial object whether natural or synthetic that encircles or free floats in space a larger object such as a planet. A planet is a massive object orbiting a star in a fixed orbit. It is big enough so that its gravity makes it almost round.
Mass doesn't influence the orbit of a celestial body. Consider this: An astronaut aboard the Space Shuttle puts on a space-suit and steps outside for a 'space walk'. While he or she is out there ... inspecting the tiles or flexing the arm or whatever else they do out there ... the astronaut picks up both feet and floats free of the Shuttle for a few seconds. The astronaut and the Shuttle are both in earth orbit, and they stay together. They don't fly apart, even though the Shuttle's mass is thousands of times the astronaut's mass. As long as the orbiting body is small compared to the central body, the period of the orbit depends only on its size, not on the mass.
Everything, including ball point pens, floats in space because there is no gravity acting upon it.
False. Gravity is always acting on an object, but when an object floats on water, the buoyant force provided by the water is equal to the gravitational force acting on the object, causing it to float rather than sink.
An ice that breaks off a glacier and floats away is called an iceberg.