Question

F = Gm^2/r^2
G = ?

Answer 1

G is the universal gravitational constant

Answer 2

I don't understand the question, are you asking to approximate G, or solve for G?

Answer 3

solve for g

Answer 4

We can use algebra to solve for G.

Answer 5

yes

Answer 6

Can you show me what you got so far?

Answer 7

F*r/m

Answer 8

$$
\rm F = \frac{Gm^2}{r^2}
\\ ~ \\
Fr^2 = Gm^2
\\
$$ Can you solve for G now?

Answer 9

Fr/m

Answer 10

am I doing something wrong?

Answer 11

how are you getting Fr/m

Answer 12

\[
\rm F = \frac{Gm^2}{r^2}
\\ ~ \\
Fr^2 = Gm^2
\\ ~ \\
\frac{Fr^2}{m^2} = G
\] The last step is to divide both sides by \( \rm m^2 \).