7th > 6th > 5th Position( revision-1 )

[r6r6]

Subject: Zone Eleventy 7( 7th position hybrid addendum--part 3, revision-1 )

A reminder, that, discovery of prime #11 times any number on the sine-wave pattern--- see bottom of page --finds the resultant always on the same line, as the number being multiplied ex 11 * 7 finds #77 on same line as #7, and in this case also #11.

Test: 7 * 11 * 13 = 1001 so, 77 * 13 = 1001 and since 91 is on prime line/level, then 11 * 91 will find 1001 on prime line/level.
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First 8 sets of special recognition as follows;

The foursome( 4 ) set of the overall 7th position occurrence of #7 i.e counting from far left-to-right .

Pi / 3 = 1.04 71 97 55...
Pi^3 = 31.00 62 76 6...
Pi^4 / 4 = 24.35 22 72 7....
Pi^13 / 13 = 223359.79 0...

This next threesome( 3 ) set we find, that, from decimal point going left, #7 appears in the 6th position going left from decimal point. #7 does NOT appear in 7th position within the first Pi^31 / 31 powerings. I was with error previously in posting that they did.

Pi^23 / 23 = 11822769864.9
Pi^24 / 24 =35594729996.4
Pi^31 / 31 = 83230855705321.2

The onesome( 1 ) set of Pi^25 / 25, as follows, may also deserve some special recognition/consideration here. It has four #7's within 13 positions of decimal point.-- compare to Pi^22 / 22 ---. It also has unusual high count of 5's 1's and/or 0's ergo multiples of 5 as 10 and also, this may be the highest count{ 13 } packing of prime numbers within 15 positions and that are closet to decimal point.

Pi^25 / 25 = 107351176572.71 05....

Pi-space--31...>( *..* )<...24--'time'

5-fold icosa{20}hedron-31 great circle planes--6, 10, 15--- and 30 chords
4-fold cubo{6}-octa{8}hedron aka VE ---25 great circle planes 3, 4, '6', 12 ---

It Is So Complex....imho....