That's true if the orbit is perfectly circular ... which it never is.
In an elliptical orbit, I think you'd have to say that it's falling faster than the
central body's curvature when it's farther out, and slower than the central
body's curvature when it's closer in. (Think of the extreme elongated solar
orbit of a repeating comet.)
But on an intuitive level, the way you stated it is a good description.
Notes: Actually some satellites do have orbits which are described as "circular orbits".
Others have "elliptical orbits".
Of course the Earth isn't perfectly spherical either.
Incidentally, "rate of falling" and "rate of curving" are not really equivalent terms. I guess we know what you mean though.
Its forward motion. Please understand that something in orbit IS falling towards Earth.
The Sun
0 because while the mass remains at 16 Kg, as the object is falling its weight (caused by the pull of gravity on its mass) becomes 0 as its acceleration equals that of the acceleration due to gravity. (This is why things seem weightless when in orbit round the Earth - they are actually falling).
The Earth follows a (slightly) elliptical orbit around the Sun.
Orbit: as in the Earth orbits round the Sun.
if its falling it will hit whats pulling it example of indefinitely falling is object in stable orbit ie moon around earth
Satellites do not defy gravity they are actually falling all the time. They follow a curving path, however, and when that path matches the curve of the Earth, they are in orbit.
Anything in "orbit" is falling into the object that its orbiting ... and constantly missing. Because by the time the (orbiting) object has fallen far enough to hit ... the object it is orbiting has moved far enough so that they miss each other.
Our Earth is not in a falling orbit.
Items, be they planets, moons or satellites, stay in orbit because they care carefully balanced between their inertia and the gravity of the primary object. They are freely falling - AROUND the primary.A satellite in low Earth orbit goes about 18,000 miles per hour in a direction tangent, or sideways, to the Earth's surface. Without gravity, it would fly off into space. It is continually falling toward the Earth. But because the satellite is moving sideways, by the time the satellite would have fallen to the ground, the satellite has already missed; it is along in its orbit, still falling, still traveling sideways to the Earth.
Its forward motion. Please understand that something in orbit IS falling towards Earth.
Its forward motion. Please understand that something in orbit IS falling towards Earth.
The Sun
What is an object that orbits Earth
The object is said to be in free fall, such as in orbit.
It generally means being without weight. This can happen in two situations - if an object is somewhere where there is no gravitational field then it will have no weight. More commonly, if an object is falling it effectively has no weight - when astronauts orbit the Earth they are are in freefall - they are continually falling towards the Earth, but they are so far from it that the curve of their fall matches the curve of the Earth and they continually go round (or orbit) the Earth. They are still close enough to Earth so that the Earth's gravity effects them, the free fall condition makes them feel weightless.
Items, be they planets, moons or satellites, stay in orbit because they care carefully balanced between their inertia and the gravity of the primary object. They are freely falling - AROUND the primary.A satellite in low Earth orbit goes about 18,000 miles per hour in a direction tangent, or sideways, to the Earth's surface. Without gravity, it would fly off into space. It is continually falling toward the Earth. But because the satellite is moving sideways, by the time the satellite would have fallen to the ground, the satellite has already missed; it is along in its orbit, still falling, still traveling sideways to the Earth.