relation between G and g
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Answered by
5
G=6.6×10÷1000000000000 g=9.8 G=F×r×r÷m1×m2
deeptanshupradhan:
Deeptanshu
Boy
Yes bro
Answered by
16
Olá User.
Here's ur answer.
DIFFERENCE BETWEEN "g" AND "G".
⭐ G : Universal gravitational constant is equal to gravitational force between two objects of unit mass each and separated by a unit distance.
⭐ g : Acceleration due to gravity is the acceleration produced in an object in free fall due to the gravitational force of the earth.
RELATION BETWEEN "g" AND "G".
⭐ "g" is correlated with "G" as per relation,
⭐ As we know that,
=> F = GMm/R^2
=> F = mg
Therefore, mg = GMm/R^2
=> g = GM/R^2
It is clear that magnitude of acceleration due to gravity "g" depends on the mass and radius of the earth but is independent of the mass of a falling object. Thus, the value of "g" is exactly same for all objects whether they are big or small, solid or hollow, at a given place.
HOPE IT HELPS!!
@CHARLIE16
Here's ur answer.
DIFFERENCE BETWEEN "g" AND "G".
⭐ G : Universal gravitational constant is equal to gravitational force between two objects of unit mass each and separated by a unit distance.
⭐ g : Acceleration due to gravity is the acceleration produced in an object in free fall due to the gravitational force of the earth.
RELATION BETWEEN "g" AND "G".
⭐ "g" is correlated with "G" as per relation,
⭐ As we know that,
=> F = GMm/R^2
=> F = mg
Therefore, mg = GMm/R^2
=> g = GM/R^2
It is clear that magnitude of acceleration due to gravity "g" depends on the mass and radius of the earth but is independent of the mass of a falling object. Thus, the value of "g" is exactly same for all objects whether they are big or small, solid or hollow, at a given place.
HOPE IT HELPS!!
@CHARLIE16
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