1 2 3 4 5 6 7 order sequence of things called numbers, and - PDF document

� � � Here is the video: https://www.youtube.com/watch?v=N-7tcTIrers FANCY COUNTING SCRIPT 1 → 2 → 3 → 4 → 5 → 6 → 7 → order sequence of things called numbers, and they are have one true behavior: plus 1 1 + 1 + 1 + 1 + 1 + 1 + 1 → each individual symbol or syllable is just a short hand for some plus one’s two is positive one plus one 2 = + 1 + 1 3 = when we say 2 plus 3 equals five, or 2 plus 3 is equivalent five, but we mean that 2 plus 3 is five no matter how we group them all that matters is that we don’t lose any. 8 -2 is just counting to eight and then going back two counts subtraction is ego centric counting. 7 - 4 means you are 4, you are the center of the universe and compare to you, what is 7? 3 Addition is a process of plus one plus one plus one Multiplication is a process of plus n plus n plus n for multiples of 2, we are counting by +1+1 +1+1, or +2 for short. fancy counting, counting in a plus two kind of way. counting in a plus 5 kind of way counting in a plus 10 kind of way. What is 5 times 7? That just means count in a plus 5 kind of way 7 times.

which just happens to be the same as counting in a plus 7 sort of way, 5 times. This is why 8 smells like 2 and 4, because 8 is 4 when you are counting in a plus 2 kind of way. Division is fancy counting, A/B asks the question what is A when counting in a plus B sort of way? 27/9 means what is 27 when counting in a plus 9 sort of way? division means counting by plus denominators until you get to the numerator and seeing how long it takes means counting by plus one thirds until we get to 7 7 ⎛ ⎞ 1 ⎜ ⎟ ⎝ ⎠ 3 exponentiation, powers, also fancy counting.

this time instead of counting by plus whatever, we count by times whatever. powers of two are just counting in a times two sort of way. the size of the timesish step is the bottom number and the number of timesish steps is the little exponent. powers of ten just count in a times ten kind of way. 10^6 just says take 6 steps of size times 10. 8 is 3 when counting in a times two sort of way. then there’s roots to take the 4th root of 81, your just saying hey, if 81 is 4 in a timesy sort of way, then how are we counting? it’s like going a quarter of the way there, but a timesy quarter, not an addish quarter. times 3 times 3 times 3 - As far as timesish counting is concerned, 3 is a quarter of 81.

� � � � � which is why 81^1/4 is the same as the forth root of 81. 1 4 = 3 81 4 81 why do we keep around this root notation, when fractional powers are so much more descriptive: 3 81 4 means you are going three quarters of the way to 81 in a timesish counting way. A timesish 3/4 of 81... simple why express that as the forth root of 81 all to the power of three? ( ) 3 4 81 anyways, roots, or fractional powers are the case when you know how many steps you want to go, and what you want to reach when you get there STEPS RESULT 6 timesish steps to get to a million means the base is the way, the exponent counts. the way to count to a million in 6 steps is to count by times 10 But say you know the size of your step, and you know what number you want to get to, but you don’t know how many steps to take?

� � � � � If you’re counting in a times 3 sort of way - how many steps to 81? or let’s write that in a way that solves for x. three to the something is 81. 3 x = 81 so in a system that counts in a times three sort of way, 81 equals STC x 3 81 = STC x 2 8 = (for a system that counts in a times two kind of way, eight is three steps.) STC x 4 16 = (for a system that counts in a times four kind of way, sixteen is two steps.) (sticks 7 of 343) STC x 7 343 =

� � � � in a systems that counts in a times 2 sort of way, now you are going back in time and dividing by two, once, twice, that’s negative two steps. 1 4 = STC x 2 we have system that counts in a times 125 kind of way, but the number we are trying to get to is only a fraction of the way there. [making 25 2/3 of 125 in a timesy counting way] STC x 125 25 = with sticks 64, 128 is not a whole mulitiple of 64, but rather a fraction past it. but 64 can be broken into 6 parts of times 2. Then 128 is just one more part. can you feel the 7/6thness of 128? STC x 64 128 = This is the logarithmic scale. now go back and change STCx to LOG STC x 10 2 =

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