What does gravitational force depend on, Physics

What does gravitational force depend on?

Gravitational force depends on mass and distance.

Therefore, the formula for calculating gravitational force among two objects with a given distance: G [(mass 1) (mass 2)]/distance squared. G is universal gravitational constant: 6.67x10 raised to -11 power.

 

Posted Date: 7/6/2013 7:28:34 AM | Location : United States







Related Discussions:- What does gravitational force depend on, Assignment Help, Ask Question on What does gravitational force depend on, Get Answer, Expert's Help, What does gravitational force depend on Discussions

Write discussion on What does gravitational force depend on
Your posts are moderated
Related Questions
the maximum height attained by a projectile and its horizontal range are equal to each other if the projectile projected at an angle [theta] given by ?

The total energy of a simple harmonic oscillator is 0.8 erg. What is its kinetic energy when it is midway between an extreme position and mean position?

Mines Flame proof squirrel cage induction motors are used in coal mine.

a rectangular box with edges located at (0,0,0); (a,0,0); (0,b,0) and (0,0,c) is half-filled from z=0 up to z=c/2 with a dielectric with constsnt e. the top half is empty. the cove

Explain the Electromagnetic Induction The force exerted on an electric charge moving in a magnetic field leads to the idea of magnets being able to produce electricity as well

Radius of gyration may be explained as the distance from the axis at which, if the entire mass of the object were to be concentrated, the moment of inertia would be the same about

The Time Base Control 1 The timebase control panel gives the TIMEBASE (4), ZOOM (7) and FOCUS (5) parameters. TIMEBASE and ZOOM merged set the time scale in seconds per divisio

What is quantisation of electric charge?

Find the resultant of two vectors defined as A=6km east B=8km north

Illustrate "Tangent law" in magnetism. Compare magnetic moment of two bar magnet in a tan A, tan B position by null method or equal distance method.