Acceleration due to gravity.it is denoted with 'g' & it's value on earth is 9.8m/s2. When a body is falling down that is along the gravity 'g' is taken as +g & when a body is going up against gravity 'g' is taken as -g in a equation.
Gravity, or gravitation.
Gravity, or gravitation.
Gravity, or gravitation.
Gravity, or gravitation.
Gravity, or gravitation.
weight.
Its weight.
It is obviously a Gravitational force of attraction present between earth and object.
How close the object is. and the mass of both the object and the earth.
Gravity: The attraction between an object on the surface and the center of the earth.
It's the mutual forces of gravitational attraction between the Earth and each object.
Free fall is the term in Newtonian physics used to describe the motion of an object under the influence of gravity alone. Such an object moves along a geodesic. One example of an object always in free fall is Earth's moon.
is called its weight.
No. Mass is the quantity of actual stuff of which an object is composed.The force of gravitational attraction between the Earth and the object'smass is called the object's "weight" on Earth.
gravitational force
It is obviously a Gravitational force of attraction present between earth and object.
How close the object is. and the mass of both the object and the earth.
scale
Gravity: The attraction between an object on the surface and the center of the earth.
It's the mutual forces of gravitational attraction between the Earth and each object.
-- Measure the force of attraction between the object and the earth. ("WEIGH" the object.)-- Divide the force by the acceleration of gravity.-- The answer is the mass of the object.
A single object doesn't have a gravitational attraction. The gravitational force between two objects is proportional to the product of both of their masses. So the force between the earth and any other object ... like a person ... depends on the mass of the person, just as much as it depends on the earth's mass. You can't tell the strength of the earth's attraction of an object until you know the object's mass. (In other words, you don't know how much a person on earth will weigh until you know something about the person.)
That depends on how much mass the other object has, and how far it is away.
The force of mutual gravitational attraction between the earth and any other object pulls the object toward the center of the earth, and pulls the earth toward the center of the object. Both pulls have equal strength.