Hi, Colin
Note that gravity decreases inversely as the square of the distance, so you should be dividing your distances by 9 instead of 3, 4 instead of 2, etc. This will entail extra work, but it should eventually lead to a circle so tight that you'd have to declare which of Jack's feet were on the spot at any given time.
Only kidding Intrigued to see what you've got up your sleeve.
Note that gravity decreases inversely as the square of the distance, so you should be dividing your distances by 9 instead of 3, 4 instead of 2, etc. This will entail extra work, but it should eventually lead to a circle so tight that you'd have to declare which of Jack's feet were on the spot at any given time.
Only kidding Intrigued to see what you've got up your sleeve.
Comment