Wiki User
∙ 16y agoFirst it is a common misconception that things "float" in space. Actually everything in space is in a freefall, and when things freefall they appear to be weightless. There is no way to escape gravity, and anything that mass mass has gravity, even if you were a millin lightyears away Earths gravity would still affect you it would just be very very weak . Astronuts in the space shuttle "float" bcease they are so high up that they are falling around the Earth.
Wiki User
∙ 16y agoDespite the absence of gravity, objects and people in space appear to float because they are in a state of constant free fall around the Earth. They don't float upwards indefinitely because they are following the curved path of the Earth's gravitational pull, resulting in a stable orbit at a certain height above the surface. This balance between the inertia of their motion and the gravitational force keeps them at a specific altitude without flying off into space.
A floating crust in gravitational balance refers to a situation where an object, such as an iceberg or continental plate, is floating in a fluid with its buoyant force equal to the force of gravity pulling it down. This balance allows the object to remain afloat and stable in the fluid.
The principle that brings floating crust into gravitational balance is called isostasy. This concept explains how the Earth's lithosphere, or outermost layer, floats on the denser asthenosphere below, adjusting its elevation to maintain equilibrium.
There won't be any gravitation on earth so then we will be floating in mid air.
Meteors are pieces of either moons or planets that broke off and are freely floating around in place t'ill they get attracted by a planets gravitational pull.
The force of gravity between the moon and the planet is what keeps the moon in orbit around the planet. This gravitational force prevents the moon from floating away into space and keeps it in a stable orbit.
The gravitational force and the buoyant force.
The principle that brings floating crust into gravitational balance is called isostasy. This concept explains how the Earth's lithosphere, or outermost layer, floats on the denser asthenosphere below, adjusting its elevation to maintain equilibrium.
A floating crust in gravitational balance refers to a situation where an object, such as an iceberg or continental plate, is floating in a fluid with its buoyant force equal to the force of gravity pulling it down. This balance allows the object to remain afloat and stable in the fluid.
The concept you are referring to is called isostasy. Isostasy explains how the Earth's lithosphere (crust and upper mantle) floats on the denser underlying asthenosphere in gravitational equilibrium, with thicker crust floating higher and thinner crust floating lower to maintain balance. This concept helps explain variations in topography and subsurface structure of the Earth's surface.
Apollo astronauts appeared to "float" on the surface of the moon because the moon's gravity is much weaker than Earth's, approximately one-sixth of Earth's gravity. This lower gravity allowed the astronauts to move with ease and perform tasks with less effort, giving the appearance of floating.
water pressure which is effected by gravitational force and buoyancy
The same gravitational force that keeps you from floating into space.
The principle is called "isostasy." Isostasy refers to the concept of Earth's crust floating on the semi-fluid mantle below, with less dense material rising higher in the mantle to achieve gravitational balance.
If they can create a gravitational stabilizer, without that it wont stay in the air floating/hovering
The gravitational attraction between you and the Earth is called gravity. It is the force that keeps you from floating off into space and pulls you back down when you jump.
Most of them will continue floating through space like asteroids until they either crash into something or get pulled into an atmosphere and burn up. They could also just continue floating through space forever.
The force applied would be zero as a freely floating astronaut feels weightlessness as the gravitational force acting on him is zero.