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Chaptter 4--Lookiing att tthe Hiigh: F: X3 t7 l- W% U, ~' `
Although both of these crossings of Jupiter by Mars occurred at
" _: p5 H) F1 T9 nthe exact price of beans, neither one of these crossings was at the
0 T& M, i3 G) X4 W, ~6 N$ Hreal high of this period. Remember we started this 267-week
# H: I' M' k4 f* H' Qstudy as presented in Gann's discussion of the Square of 144 on Jan./ O& y3 D* n0 m' |% Z# O
15, 1948 when the high was $4.36.' f$ R \; X/ s! m
Did you look at the planetary positions on Jan. 15, 1948 that I
3 X9 ?8 K* n7 o+ M# Klisted in chapter 3 and find something interesting?
_6 x8 C6 r- r9 HIf you did not, try comparing the number of Mars with the other8 V# d0 r: X& I6 m
planets. Now what did you find? Correct. You found Mars and Pluto at
3 g% u) x0 D l: a: Uconjunction (at the same degree) at:/ o+ J1 J, b2 O8 d" ?
133: Z# V+ ?2 J( m
That's an interesting number because of its relationship to a% o& m$ r6 ~& V; D; ~! x) k* m
number in "The Tunnel Thru the Air," Gann's novel, and its3 r+ F* y! i% ^ q
relationship to the Great Cycle. But that's another work for another9 S7 A1 u6 P; `- `* A
and there is no need to go down that path now.
s1 |1 b k: QIt is also interesting because of its position on the Square of! F! q i9 V8 [! y) {
Nine chart in relationship to a triangle of the Teleois and their
* i0 W3 F3 j% C6 d% vrelationship to a paragraph in Gann's planetary discussion of
4 Y6 T+ {+ ~& O' T# L) yresistance lines on soybeans in his "private papers."
9 m7 ]% I+ i. M! K4 G0 WBut that again is for another work and that path would take us
$ R+ m* G- @. Q) H& sdown lots of roads with many forks and the work we have at hand is/ u" c1 m/ m; O! W8 p @
enough to fill this book.
" w# u5 {2 ]; m. s5 P/ l4 HChaptter 5--Subttracttiing 360 Degreess
& a& [# w1 z$ r! k8 y) b# m# zJust like in a single digit numbering system (another path we/ `1 h7 \" ]: k% N. _8 I
will explore later) where "you cannot go beyond 9 without starting. q: R0 u3 D8 R: } w# u) [
over" Gann noted that you cannot go more than 360 degrees in a circle
+ g: s. x% s4 ` l' K5 v0 dwithout starting over.
; m% ~: x+ p" @1 X(We will discover why later in our study of "Natural Squares.")2 u6 Q1 E# ~ t" `3 L
He illustrates this in his discussion of the price and time chart of
; h" {2 c8 J7 v0 to 360 degrees on page 153 of the course.5 S- L: H: X) R
Actually the high on beans was $4.36 3/4, but Gann often rounded
4 }2 Z6 v2 q2 L3 _( Doff numbers for convenience sake. So, subtracting 360 from 436 I got6 _* F K/ H5 ^/ P% T, f
76. As I said in the preface, I ran thousands of numbers through my
) j. p* n* Y7 k* wcalculator looking for PATTERNS. Here, I went one better than Gann.- q! X% j8 E7 w& Q
Instead of subtracting 360 from 436, I subtracted 76 from 436 and got
, u# C* \# W7 J, f7 k360 and kept subtracting 76 until I could not subtract any more in
, M! [; c3 `( T9 Nthis manner:4 J2 q" ^8 V0 n4 F5 b7 y$ A
436-76=360% D6 E/ {+ o" c& ~: r ~1 y2 y
360-76=284 |
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