Unfortunately, Newton’s Law of Gravity doesn’t work in general for masses that aren’t very small compared to R or aren’t spherical balls or shells with uniform density. That’s why spherical balls are used when going for accuracy. Also you need to calculate the gravitational force between the big weight and the aluminum bar.
He's back at it
Unfortunately, Newton’s Law of Gravity doesn’t work in general for masses that aren’t very small compared to R or aren’t spherical balls or shells with uniform density. That’s why spherical balls are used when going for accuracy. Also you need to calculate the gravitational force between the big weight and the aluminum bar.
Thumbs up for gummy bears.
I guess four lead balls, a magic 'torsion rod', a shed 33yards adjacent to another shed(house), a 99foot telescope. 4k ready
Length should be very important. There should be an almost linear relationship between length and K
Da erf is flat...tell your friends.