# The Magnitude of the Gravitational Force Acting on an Object Is?

Weight is the magnitude of gravitational force acting on an object. It is also defined as the amount of mass in an object. The most common unit of weight in most English countries is pounds.
Reference:
Q&A Related to "The Magnitude of the Gravitational Force Acting..."
 The gravitational force F between two masses m. 1. and m. 2. separated by a distance r is given by: F = Gm. 1. m. 2. /r. 2. where G is the gravitational constant. http://wiki.answers.com/Q/What_is_the_magnitude_of...
 Fnet = m a. This same equation applies to http://www.chacha.com/question/what-is-the-magnitu...
 impulse per second is the force. a. gravitational force, mg=18.6kg m/s^2. b. mass = mg/g= 18.6/9.81 =1.90kg. c. i'm not sure what is your question. but if the book ever in contact http://answers.yahoo.com/question/index?qid=201009...
 There isn't enough information because you don't know which masses are at which corners. If you do know, you can just plug the masses into Newton's gravitational law. To make it easier http://www.quora.com/Physics/Four-particles-having...
Top Related Searches
Explore this Topic
Gravitational force refers to the mutual attraction of objects with masses. A larger object will have a stronger gravitational force than a smaller object, due ...
The gravitational force between two objects is the inherent attraction between two objects with mass. Objects with high mass have a strong gravitational force. ...
The magnitude of gravitational force between two 1 KG bodies that are 1 m apart is 6.673*10^-11 newtons. You would use the formula of gravitational force for this ...