Hi Jacob ! If you see this please validate ir you'd see them always as triangles or sometimes as squares; and which visualisation would make álgebra and fisics easier; blessings, thank you !!
Keyword, distinction. Can you make a distinction of numbers? If yes, then what it is? We got Even, Odd, Prime...down to sequence pattern if you really think in term of distinction to the number. So, you absolutely can think in term of visual aspects and how it distinct from each other.
shoudnt 6 be 2 triangles aswell? seems like this method lacks some truth okay you have the hexagon for 2*3 and triangle with 3 2's aswell, but you can just picture one at the time. a method is needed where commutativity is covered.
By default, the program orders factors from greatest to least, but it does allow you to reorder them. 6 is a triangle (3-pointed shape) with a line (2-pointed shape) at each vertex. If you reorder the terms, it would be two triangles connected by a line. The program does not make hexagons unless you tick the hexagon checkbox
Amazing dude. Imagine how many ways there are to understand mathematics.
This channel gonna blow up soon mate
Hi Jacob ! If you see this please validate ir you'd see them always as triangles or sometimes as squares; and which visualisation would make álgebra and fisics easier; blessings, thank you !!
Holy sh't, this is exactly what I've been wanting.
the upgraded version is epic !
Thank you!
Keyword, distinction. Can you make a distinction of numbers? If yes, then what it is? We got Even, Odd, Prime...down to sequence pattern if you really think in term of distinction to the number. So, you absolutely can think in term of visual aspects and how it distinct from each other.
Amazing, do you understand from his video how the rotation does operations addition, subtraction, multiplication and division ?
woahh this is trippy
shoudnt 6 be 2 triangles aswell? seems like this method lacks some truth
okay you have the hexagon for 2*3 and triangle with 3 2's aswell, but you can just picture one at the time. a method is needed where commutativity is covered.
By default, the program orders factors from greatest to least, but it does allow you to reorder them. 6 is a triangle (3-pointed shape) with a line (2-pointed shape) at each vertex. If you reorder the terms, it would be two triangles connected by a line. The program does not make hexagons unless you tick the hexagon checkbox
@@Ikebot thx