Answer:
A. velocity has a direction .. .
with magnitude too but speed has only magnitude
G = 
Explanation:
Solving for G simply implies that we make G the subject of the formula:
Given equation:
F
= G 
To make G the subject of this expression follow these steps:
Multiply both sides of the equation by 
F
x
= G
x 
This gives:
F
= G 
Multiply both sides by 
F
x
=
x G 
Therefore:
G = 
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Solving formula brainly.com/question/2998489
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Gravitational acceleration (Ga) is inversely proportional to k / Distance^2
so Ga * Distance^2 = K
On the surface of Earth acceleration due to gravity is about 9.8m/s^2 with an average distance to the earths core of about 6371 km (Wolfram alpha).
So k = 9.8 * 6371^2
I'm presuming that your distance of 116 is km
As
Ga = k / distance^2
Ga = ((9.8 * 6371^2) / (6371 + 116)^2 ) = 397778481.8 / 42081169
= 9.45 m/s^2 to 2sf