cool i like it
Thanks!
It's horrible
it's sorry
The beauty of the simplicity. This was another methode that I’ve never heard before.
Your projects are so unique love wikipedia too lol:D can you add me to your friends list:)
Very good project for "classe de seconde".I like the wikipedia reference.
Hi mathjp!
Very nice. I have a nice and I think original method with rectangles and rectangular prisims that I have to do now using your work and the Game of Life Engine;=>
thanks, DrSuper! I would like to see your work!
whoa this is great
thanks very much!
You might want to add this link to the project notes...it gives a pretty good explanation of Euclid's algorithm http://en.wikipedia.org/wiki/Euclidean_algorithm
It's ok now! Thanks!
Wow...I love the animation of the calculation! Useful and educational.
A GCD and LCM calculator based on Euclid's algorithm (ELEMENTS, Book VII, Propositions 1-2).For a good explanation of Euclid's algorithm look at http://en.wikipedia.org/wiki/Euclidean_algorithm(Thanks Paddle2See!)
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cool i like it
Thanks!
It's horrible
it's sorry
it's sorry
The beauty of the simplicity. This was another methode that I’ve never heard before.
Your projects are so unique love wikipedia too lol:D can you add me to your friends list:)
Very good project for "classe de seconde".I like the wikipedia reference.
Hi mathjp!
Very nice. I have a nice and I think original method with rectangles and rectangular prisims that I have to do now using your work and the Game of Life Engine;=>
thanks, DrSuper! I would like to see your work!
(view all replies)whoa this is great
thanks very much!
You might want to add this link to the project notes...it gives a pretty good explanation of Euclid's algorithm http://en.wikipedia.org/wiki/Euclidean_algorithm
It's ok now! Thanks!
Wow...I love the animation of the calculation! Useful and educational.