Very enlightening.  Thank you for that link!

I would also like to add this interview with Richard Feynman - The pleasure of finding things out

Well the issue was there since primes 2, but not everyone announces they see all the trees in the forest.

An application of this would be to find solutions for the game Boggle.

ref this answer answered at 10:06.  The original question says posted 1 minute ago. 

Time travel is alive and well here on mapleprimes.  We can answer questions before they are even asked.

This answer posted at 9:27

It appears the answered values after 1 hour go back to minutes

This answer is exactly around 9:20

He is the first person I have seen to actually have filled out the document properties section.

He is the first person I have seen to actually have filled out the document properties section.

That book came packaged with the very first Maple version I purchased Maple Vr3.  Great to see Maplesoft's pro-active environmental move.  I could tie in one point here, and that is if versions were released once every 2 years that would have also cut down on new printed manuals.

Personally I like printed manuals, seeing now that those versions will be discontinued will there be discounted prices on older printed manual versions? 

Thanks for the answers, much appreciated. 

Thanks for the answers, much appreciated. 

I suppose that could do. Not to bring our options to an end.

Regarding pulling the data out of the graph for a generalization, I suppose you would mean using indets and op, so something like this if

a:= Statistics:-BubblePlot([4, 5, 2, 3], [1, 2, 7, 8], [8, 1, 3, 2],view=[default,0..9]):

myrange:=op(indets(a, specfunc(anything, VIEW)))

myx:=op(myrange)[1]
myy:=op(myrange)[2]

I suppose that could do. Not to bring our options to an end.

Regarding pulling the data out of the graph for a generalization, I suppose you would mean using indets and op, so something like this if

a:= Statistics:-BubblePlot([4, 5, 2, 3], [1, 2, 7, 8], [8, 1, 3, 2],view=[default,0..9]):

myrange:=op(indets(a, specfunc(anything, VIEW)))

myx:=op(myrange)[1]
myy:=op(myrange)[2]

I don't know if mass concentration is the answer.  I'm sure Maplesim has distributive mass ???  I would just like to know if maplesim is modelling it correctly. 

I don't know if mass concentration is the answer.  I'm sure Maplesim has distributive mass ???  I would just like to see how maplesim can model it correctly.  Please if anyone has an answer feel free to comment as well.