<P> The dimensions assigned to the gravitational constant are force times length squared divided by mass squared; this is equivalent to length cubed, divided by mass and by time squared: </P> <Dl> <Dd> (G) = (F) (L) 2 (M) 2 = (L) 3 (M) (T) 2 (\ displaystyle (G) = (\ frac ((F) (L) ^ (2)) ((M) ^ (2))) = (\ frac ((L) ^ (3)) ((M) (T) ^ (2)))) </Dd> </Dl> <Dd> (G) = (F) (L) 2 (M) 2 = (L) 3 (M) (T) 2 (\ displaystyle (G) = (\ frac ((F) (L) ^ (2)) ((M) ^ (2))) = (\ frac ((L) ^ (3)) ((M) (T) ^ (2)))) </Dd> <P> In SI base units, this amounts to meters cubed per kilogram per second squared: </P>

Si unit of g (gravitational constant)