You're just lines away. In between let me share the thought that comes up to my mind, while I was finding reason for this crazy question.
Assume a worlds lengthiest class room, where students are seated in series of rows. No matter how many rows!! only front and the last row are those who will create history or they would be the 2 pillars for almost all discoveries & innovations around. I meant there will be a connection exist between two entities, without them there would have no space for this simple post; mapping the front row would be the entity which has found or find reason to all the queries raised by last row entity.
The numbers we write are made up of algorithms, (1, 2, 3, 4, etc) called Arabic algorithms.
What is the logic that exists in Arabic algorithm?
There are angles!
If you look at the original Phoenician primitive algorithmic representation of numerals, the angles in the written representation of each of the numbers dictates the number's name.
1 (without the bar at the bottom in the original, primitive text) would have only one angle where the diagonal line meets the vertical line.
2 written in primitive text is a "Z" with two angles, one where the top horizontal line meets with the diagonal line, and another where the bottom horizontal line meets with the diagonal line. If you look at an image of the Phoenician numbers
similarly...
Assume a worlds lengthiest class room, where students are seated in series of rows. No matter how many rows!! only front and the last row are those who will create history or they would be the 2 pillars for almost all discoveries & innovations around. I meant there will be a connection exist between two entities, without them there would have no space for this simple post; mapping the front row would be the entity which has found or find reason to all the queries raised by last row entity.
The numbers we write are made up of algorithms, (1, 2, 3, 4, etc) called Arabic algorithms.
What is the logic that exists in Arabic algorithm?
There are angles!
If you look at the original Phoenician primitive algorithmic representation of numerals, the angles in the written representation of each of the numbers dictates the number's name.
1 (without the bar at the bottom in the original, primitive text) would have only one angle where the diagonal line meets the vertical line.
2 written in primitive text is a "Z" with two angles, one where the top horizontal line meets with the diagonal line, and another where the bottom horizontal line meets with the diagonal line. If you look at an image of the Phoenician numbers
similarly...
&
and the most interesting and intelligent of all is
ha ha...