Use this Scratch project to perform division of any number. Right now, it is a fairly basic test, with the total amount of quotients in the left list (down to num/num or 1) and the possible whole numbers as quotients in the right list. I think this will make it easier for everyone (myself especially) to use division and find the right results. I will update this occasionally when I need new information or if someone has a request for a feature or improvement.
I, Testingscratcher, created the entirety of this project purely from trial and error. Feel free to remix this project, although I will update is every so often. Leave feedback and/or suggestions for this test in a comment. CHANGELOG: 12 January 2017: • For numbers that are not squares, at the absolute square root of "setnumber", at which point there are no additional factors anyway, the text "No more factors" appears, stopping the factor process. This allows higher numbers of above one-hundred million to be factored faster! (but this seems to not work every time with insanely large numbers over ten trillion) • Fixed a bug where factoring 1 returned "perfect square" instead of "1 * 1"... 5 January 2017: • The project is now using the variable "i" as an increment instead of the length of the now invisible list of decimated numbers, which speeds up the factor process immensely (although it's still slower with most numbers exceeding one hundred thousand). • Numbers that are perfect squares also stop factoring when that square has been evaluated, speeding up that process as well. 12 July 2016: The list of whole numbers now shows you the number used to divide in a multiplication problem form. 25 February 2016: Now tells you if "setnumber" is a perfect square. For example, if you use 9 as "setnumber", then you will see "Perfect Square" next to 3 in your list of whole numbers since 3 x 3 = 9. 30 January 2016: Initial release. Find quotients as whole numbers.
