Actually, do you think I should use the equation for gravitational force or the equation for gravitacional field?russ_watters said:Welcome to PF!
Have you Googled the equation for gravitational force? What does it tell you?
I guess it depends on what you are asking - it isn't clear to me what you want to know. What is "gravitational effect"?Jaller1404 said:Actually, do you think I should use the equation for gravitational force or the equation for gravitacional field?
Analising the question again, I realized that it's Force. Ty for the help o/russ_watters said:I guess it depends on what you are asking - it isn't clear to me what you want to know. What is "gravitational effect"?
The greater the mass of an object, the stronger its gravitational pull on Earth. This is because the mass of an object determines the amount of gravitational force it exerts.
No, the gravitational pull of Earth is not uniform across its surface. This is due to variations in the distribution of mass within the planet, such as mountains and valleys.
The gravitational force between two objects decreases as the distance between them increases. This relationship is described by the inverse square law, where the force is inversely proportional to the square of the distance between the objects.
Yes, the gravitational effect of a uniform mass on Earth's surface can be felt at great distances. This is because gravity is a fundamental force that acts over infinite distances.
No, the gravitational pull of an object on Earth's surface cannot be canceled out. The only way to completely cancel out gravitational forces is to have equal and opposite forces acting in all directions, which is not possible on Earth's surface.