There is no limit, and it never ends. The formula to calculate the gravitational force at any
distance has no limit in it. The force of the gravitational attraction between the earth and
another object can be calculated even if the other object is in another galaxy.
Of course, the farther apart two masses are, the smaller the gravitational force between
them is. So when you're far from the earth, there's probably something else nearby that
attracts you with a stronger gravitational force than the earth does.
But no matter how far away you are, and how weak it gets, the earth's gravitational force
never ends.
Gravitaional force is the force pulling on it from the Earth.
gravitaional pull
the gravitational attraction of apple is sun.
which what? The bigger the force (weight) the more gravitaional force on an object. less gravity on moon than on earth
which what? The bigger the force (weight) the more gravitaional force on an object. less gravity on moon than on earth
You never do. No matter where you are, there will always be a gravitaional pull from the earth on the human. When you move really, really far away, the force becomes infinitesimally small.
No, force and energy are not the same dimension to start with. Gravitational force on an object is equal to mass*(gravitational acceleration) {dimensions Mass*Length/Time²}Kinetic energy is (1/2)*mass*(velocity)² {dimensions Mass*Length²/Time²}. If you look at these, Force, multiplied by length has the same dimension as Energy. And in fact you have other forms of energy:Work is Force times distance;Potential energy = mass*(gravitational accel)*height = (Force due to gravity)*(height), height is a distance or length.
their mass' and the distance between them...
It is obviously a Gravitational force of attraction present between earth and object.
At what height in kilometers above the surface of the Earth is there a 4% difference between the approximate gravitational force mg and the actual gravitational force on an object
There is no distance from Earth where the force of gravitational attraction toward it is 'inactive'.The formula for the forces of gravity gives the magnitude of the force at any distance.Note: Any distance.
No, all objects in the Universe generate a pulling force on all other objects. The Moon, Sun, planets, asteroids, meteors and stars all have a gravitational field. All humans, animals, trees, planes and buildings possess a gravitaional force, relative in size to its mass.