Question
In calculating the force of gravity between two objects, if the mass of one objects increased by 4 and the other by 2, how many times would the force of gravity increase?
Ok well Im horrible at physics but the way I understood it was that you would take 4 times 2 then divide by 2 which would be 8/2= 4. So four would be the answer?
In calculating the force of gravity between two objects, if the distance between the objects is increased by 4 times, the force of gravity will....
I think its increase by 1/4.
If either of these are wrong can someone at least give me the formulas explained in words so I can retry and repost.
Ok well Im horrible at physics but the way I understood it was that you would take 4 times 2 then divide by 2 which would be 8/2= 4. So four would be the answer?
In calculating the force of gravity between two objects, if the distance between the objects is increased by 4 times, the force of gravity will....
I think its increase by 1/4.
If either of these are wrong can someone at least give me the formulas explained in words so I can retry and repost.
Answers
Force of gravity= gravitational constant x Mass1 x Mass2 /r^2 so if Mass1 increases by 4 and the other by 2 then it would increase by 8.
Between 2 objects,
Inverse Square Law: Gravity at A = gravity at B × (distance B / distance A)2
It would be (1/4)^2 or 1/16
Between 2 objects,
Inverse Square Law: Gravity at A = gravity at B × (distance B / distance A)2
It would be (1/4)^2 or 1/16
If the distance between two objects is increased to four times the original distance, how will that increase change the force of attraction between the objects?
Related Questions
7)In calculating the force of gravity between two objects, if the mass of one object increased by 4...
In calculating the force of gravity between two objects, if the mass of one object increased by 4 an...
What two factors affect the force of gravity exerted between two objects? (Choose Two)
A. The col...
What two factors affect the force of gravity exerted between two objects? (Choose Two)
The orbital...