Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)
![[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)](https://us-static.z-dn.net/files/d8e/9878ab3ab6439e7f28f1778ad2b80282.jpg "[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)")
![[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)](https://us-static.z-dn.net/files/d80/bdf8e908aafb208bea82fb6348442c3c.jpg "[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)")
![[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)](https://us-static.z-dn.net/files/d63/602623d55b1333f83d71496a0c71c62a.jpg "[SOLVED] Which mathematical relationship best describes a graph of gravitational field strength versus distance? (one of the 3 pictures attached or none of the above?)")
Accepted Answer
The gravitational force between two masses is proportional to (mass-1) x (mass-2) / (the distance between them)-squaredDo you see (distance-squared) in the denominator there ?That steers you straight to the function [ y proportional to 1/x² ] ... in the middle.
Accepted Answer
gravitationnal field between two objets = k.m1.m2/d² none of the abovethe graph is something like that
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