Understanding Force: The Impact of Distance on Object Movement

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When two objects move farther apart, the gravitational force between them decreases due to the formula F=GMM/r², where r represents the distance. As the distance (r) increases, the force (F) becomes smaller because the denominator grows larger. Conversely, if the masses of the objects increase while the distance decreases, the gravitational force will increase. This relationship highlights the inverse square nature of gravitational attraction. Understanding these principles is crucial for grasping the dynamics of object movement in physics.
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Homework Statement



when there are like two objects moving farther away from each other, is the force bigger or smaller when they are closer together?
 
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What do you think and why?
 
is it bigger? because the gravitational force of attraction is pulling them together?
 
dance_sg said:
is it bigger? because the gravitational force of attraction is pulling them together?

So the force is given by F=GMM/r2. So as r increases what happens to F?
 
ooo it gets smaller beacuase there is a larger number diving the GMM. so then if the mass gets bigger, but the distance between gets smaller, then the force will increase right?
 
dance_sg said:
ooo it gets smaller beacuase there is a larger number diving the GMM. so then if the mass gets bigger, but the distance between gets smaller, then the force will increase right?

That is the idea here.
 
ok thank you.
 
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