MANNY C. answered 03/03/21
Most recommended Wyzant tutor in the country. 200+ recommendations.
The distance has exponential relationship, while the Gravitational force has straight a linear relationship. Thus the distance has more effect.
Aevenir V.
asked 01/08/21A. Gravitational constant
B. Distance between objects
MANNY C. answered 03/03/21
Most recommended Wyzant tutor in the country. 200+ recommendations.
The distance has exponential relationship, while the Gravitational force has straight a linear relationship. Thus the distance has more effect.
William W. answered 01/08/21
Experienced Tutor and Retired Engineer
Gravitational force is defined by Newton's Law of Universal Gravitation:
where "F" is the gravitational force, "G" is the gravitation constant, "m1" and "m2" are the masses of the two objects in question, and "r" is the distance between the objects.
Since "r" is squared, the distance between the objects has the greater effect.
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