(onpa hassua kun on bloggeria käyttänyt pari kuukautta ontgelmitta ja nyt ryhtyi heittelemään redirectina aivan uusilla ilmeillä niin että postit ei näy siellä, joten joudun valitettavasti
julkaisemaan täsäs asioita tipoittain.
Toivon mukaan tästä on kuitenkin iloa
Appendix 1. Documentation Protocol 1. Terms and documentation In this DEMO-presentation the used documentation and terms are explained here. In the pages of 1-5 part of the most important way of documentation is presented simultaneously while presenting the structure of the selected framework and the terms it brings accordingly. The pages gives additionally alphabetical order of al given terms in this DEMO-presentation and used study 1.1 DOCUMENTAITON OF THE FRAMEWORK OF THE STUDY In this study of The Theory of Sequences, used macro level empiric framework1 used the orbit times of the masses of extraterrestrial. These orbiting times can be used as gauges2 for asynchronic reference as well transferred to UTC, while proving and measuring the existence of a hypothetical asynchronic timecycles3 used empiric framework4 is tropical ephmeris5 of the planets of our solar system. Tropical ephemeris, later called in this text as (TE) measures orbiting times of the planets according to premises of tropical astrology6. These orbiting times can be used as gauges7 for asynchronic reference as well transferred to UTC,prove and measure the existence of a claimed asynchronic timecycles8 VARIABLES PRESENTED 1. THE AMOUNT OF VARIABLES There were used 115 variables altogether in this study , which tornadoes could be analysed against. 101 of variables are Asynchronic Gauges2, gauges measuring time according TE. Later they are named only by gauges. 12 variables measures the general tornado characteristics(background variables) while 5 variables measures time by the earth time (UTC). Further 101 Asynchronic Gauges can be divided to 1-dimensional gauges(PTC) which were 27 and 74 2-dimensional gauges (STC). Making the ”Net” of catching tornado behaviour even in this preliminary size of survey quite large based. DOCUMENTATION PROTOCOL OF GAUGES While the name of the planets and their orbiting times are assumed to be unfamiliar to most of us, in this DEMO-text it was decided to separate the planets and other TE-Gauges by giving them a numeral prefix referring to rank order of the orbiting cycle length. In the table 1 PTC«s are presented, the 18 most important and frequently used 1-dimensional gauges (PTC) planetary gauges are listed in the order of their equivalent orbiting times from fastest to slowest. On the column in right the category of each gauge is listed according the type of the gauge (according its physical properties). TABLE 1 Primary Time Cycles PTC classification 1-GAUGE (Vertex) theoretical 2-GAUGE (PF) theoretical 3-GAUGE (Horizon) theoretical 4-GAUGE (Nadir) theoretical 5-GAUGE (8th cusp) theoretical 6-GAUGE (Moon) satellite 7-GAUGE (Sun) star 8-GAUGE (Mercury) planet 9-GAUGE (Venus) planet 10-GAUGE (Mars) planet 11-GAUGE (Lilith) asteroid 12-GAUGE (Jupiter) planet 13-GAUGE (Node) theoretical 14-GAUGE (Saturn) planet 15-GAUGE (Chiron) planetoid 16-GAUGE (Uranus) planet 17-GAUGE (Neptune) planet 18-GAUGE (Pluto) planet The below tables; 2-9 presents the orbiting cycle duration and cycle characteristics. Earth time (UTC) is marked approximately equal. Time is introduced moving from natural times cycles from table 2 to 8 up to reach the seconds level count for (UTC). The tables 2 and 3 presents NT cycle duration of selected TE-gauges in approximate days and years of earth time (UTC)3. Table 4 presents approximate cycle durations by hours. Table 5 presents approximate cycle durations by hours per selected sections in this study. Table 6 presents approximate cycle durations by selected section (a degree) by minutes of earth time (UTC). Table 7 presents approximate cycle durations by selected section (a tropical minutes) by seconds of earth time (UTC) Table 8 presents approximate cycle durations by selected section (a tropical seconds) by seconds of earth time (UTC). Table 9 presents the nature of the selected gauges regarding cycle volatility depicting the principles of asynchronity in a practical level. With selected framework the table classifies the characteristics of asynchronity involving both linear and nonlinear gauges as well volatile and stable gauges. TABLE 2 Cycle duration by earth time Cycle Cycle Aprox. days Aprox. yrs Earth Time Earth Time 1-GAUGE (Vertex) 1 1/365 2-GAUGE (PF) 1 1/365 3-GAUGE (Horizon) 1 1/365 4-GAUGE (Nadir) 1 1/365 5-GAUGE (8th cusp) 1 1/365 6-GAUGE (Moon) 28 0,075 7-GAUGE (Sun) 365 1 8-GAUGE (Mercury) 365 1 9-GAUGE (Venus) 365 1 10-GAUGE (Mars) 687 2 11-GAUGE (Lilith) 3228 9 12-GAUGE (Jupiter) 4329 12 13-GAUGE (Node) 6750 18 14-GAUGE (Saturn) 10757 30 15-GAUGE (Chiron) 18396 51 16-GAUGE (Uranus) 30664 84 17-GAUGE (Neptune) 60148 165 18-GAUGE (Pluto) 90520 248 TABLE 3 Cycle duration Aprox. by days (with accuracy) Cycle Cycle Aprox. days Aprox.days2 Earth Time Earth Time 1-GAUGE (Vertex) 1 12 2-GAUGE (PF) 1 12 3-GAUGE (Horizon) 1 12 4-GAUGE (Nadir) 1 12 5-GAUGE (8th cusp) 1 12 6-GAUGE (Moon) 27.30 5,222 7-GAUGE (Sun) 365 19,102 8-GAUGE (Mercury) 365 19,102 9-GAUGE (Venus) 365 19,102 10-GAUGE (Mars) 686.98 26,212 11-GAUGE (Lilith) 3228 56,812 12-GAUGE (Jupiter) 4329 65,802 13-GAUGE (Node) 6750 82,152 14-GAUGE (Saturn) 10757 103,712 15-GAUGE (Chiron) 18396 135,632 16-GAUGE (Uranus) 30664 175,112 17-GAUGE (Neptune) 60148 245,252 18-GAUGE (Pluto) 90520 300,862 TABLE 4 Cycle duration Aprox. by hours Cycle Aprox. Cycle Aprox. hours hours2 Earth Time Earth Time 1-GAUGE (Vertex) 24 4.892 2-GAUGE (PF) 24 4.892 3-GAUGE (Horizon) 24 4.892 4-GAUGE (Nadir) 24 4.892 5-GAUGE (8th cusp) 24 4.892 6-GAUGE (Moon) 655 25,592 7-GAUGE (Sun) 8760 93,592 8-GAUGE (Mercury) 8760 93,592 9-GAUGE (Venus) 8760 93,592 10-GAUGE (Mars) 16488 128,402 11-GAUGE (Lilith) 77472 278,332 12-GAUGE (Jupiter) 103896 322,322 13-GAUGE (Node) 162000 402,492 14-GAUGE (Saturn) 258168 508,102 15-GAUGE (Chiron) 441504 664,452 16-GAUGE (Uranus) 735936 857,862 17-GAUGE (Neptune) 1443552 1201,472 18-GAUGE (Pluto) 2172480 1473,932 TABLE 5 Cycle duration Aprox.by section (1/12th of a cycle) Section Section Aprox. hours Aprox. h2 Earth Time Earth Time 1-GAUGE (Vertex) 2 2-GAUGE (PF) 2 3-GAUGE (Horizon) 2 4-GAUGE (Nadir) 2 5-GAUGE (8th cusp) 2 6-GAUGE (Moon) 54,60 7-GAUGE (Sun) 730 8-GAUGE (Mercury) 730 9-GAUGE (Venus) 730 10-GAUGE (Mars) 1374 11-GAUGE (Lilith) 6456 12-GAUGE (Jupiter) 8658 13-GAUGE (Node) 13500 14-GAUGE (Saturn) 21514 15-GAUGE (Chiron) 36792 16-GAUGE (Uranus) 61328 17-GAUGE (Neptune) 120296 18-GAUGE (Pluto) 181206 TABLE 6 Theoretical Cycle duration Aprox. by section equalling degree (1/360th of a cycle) Section Section Aprox. minutes Earth Time 1-GAUGE (Vertex) 4 2-GAUGE (PF) 4 3-GAUGE (Horizon) 4 4-GAUGE (Nadir) 4 5-GAUGE (8th cusp) 4 6-GAUGE (Moon) 109 7-GAUGE (Sun) 1460 8-GAUGE (Mercury) 1460 9-GAUGE (Venus) 1460 10-GAUGE (Mars) 2748 11-GAUGE (Lilith) 12912 12-GAUGE (Jupiter) 17316 13-GAUGE (Node) 27000 14-GAUGE (Saturn) 43028 15-GAUGE (Chiron) 73584 16-GAUGE (Uranus) 122656 17-GAUGE (Neptune) 240592 18-GAUGE (Pluto) 362080 TABLE 7 Theoretical Cycle duration Aprox. by By section equalling tropical minutes6 (1/21600th of a cycle) Section Aprox. seconds Earth Time 1-GAUGE (Vertex) 4 2-GAUGE (PF) 4 3-GAUGE (Horizon) 4 4-GAUGE (Nadir) 4 5-GAUGE (8th cusp) 4 6-GAUGE (Moon) 109 7-GAUGE (Sun) 1460 8-GAUGE (Mercury) 1460 9-GAUGE (Venus) 1460 10-GAUGE (Mars) 2748 11-GAUGE (Lilith) 12912 12-GAUGE (Jupiter) 17316 13-GAUGE (Node) 27000 14-GAUGE (Saturn) 43028 15-GAUGE (Chiron) 73584 16-GAUGE (Uranus) 122656 17-GAUGE (Neptune) 240592 18-GAUGE (Pluto) 362080 TABLE 8 Theoretical Cycle duration Aprox. by section equalling tropical seconds7 (1/1296000th of a cycle) Section Aprox. seconds Earth Time 1-GAUGE (Vertex) 0,06 2-GAUGE (PF) 0,06 3-GAUGE (Horizon) 0,06 4-GAUGE (Nadir) 0,06 5-GAUGE (8th cusp) 0,06 6-GAUGE (Moon) 1,81 7-GAUGE (Sun) 24,33 8-GAUGE (Mercury) 24,33 9-GAUGE (Venus) 24,33 10-GAUGE (Mars) 45,80 11-GAUGE (Lilith) 215 12-GAUGE (Jupiter) 289 13-GAUGE (Node) 450 14-GAUGE (Saturn) 717 15-GAUGE (Chiron) 1226 16-GAUGE (Uranus) 2044 17-GAUGE (Neptune) 4009 18-GAUGE (Pluto) 6034 TABLE 8 Cycle volatility Asynchronity Cycle/Orbit. Aprox. Earth Time 1-GAUGE (Vertex) very volatile lin1. 24h 2-GAUGE (PF) very volatile lin1 24h 3-GAUGE (Horizon) volatile linear 24h 4-GAUGE (Nadir) volatile linear 24h 5-GAUGE (8th cusp) volatile linear 24h 6-GAUGE (Moon) linear stable 28d 7-GAUGE (Sun) linear stable 365d 8-GAUGE (Mercury) nonlinear 365d 9-GAUGE (Venus) nonlinear 365d 10-GAUGE (Mars) nonlinear 1.5 a 11-GAUGE (Lilith) nonlinear 9 a 12-GAUGE (Jupiter) nonlinear 12 a 13-GAUGE (Node) nonlinear 18 a 14-GAUGE (Saturn) nonlinear 30 a 15-GAUGE (Chiron) nonlinear 50 a 16-GAUGE (Uranus) nonlinear 84 a 17-GAUGE (Neptune) nonlinear 165 a 18-GAUGE (Pluto) nonlinear 248 a 1=abbreviation for ”linear” Table 10 explains the contemporary astrological sign equalling to section selected. TABLE 10 SECTIONS AND ASTROLOGICAL SIGNS IN THIS STUDY Astrological contemporary sign Section-1 Aries Section-2 Taurus Section-3 Gemini Section-4 Cancer Section-4 Leo Section-6 Virgo Section-7 Libra Section-8 Scorpio Section-9 Sagittarius Section-10 Capricorn Section-11 Aquarius Section-12 Pisces NOTE. Of 36-section analyses. In some cases in this study also 36-section approach is used instead 0f 12-section standard approach. 36-section analyses means that the basic frequencies were divided to 36 section instead of 12. The Microsoft Excel chart of ”Multipliers” consist such a terms (provided electronic files to the financer) equivalent as Section 1a, Section 1b etc. As well as Astrological equivalents like e.g. Aries 1,Aries 2.These terms refers to the use of 36-section analyses. Practically the used term in Microsoft Excel charts refer that Section 1a, Section 1b, Section 1c in 36-section analyses forms Section 1 in 12-section analyses correspondingly. Three subsections of astrological sign is equalled with the match of equivalent length with Aries 1, Aries 2 and Aries 3 and named in the tables as well. **To more interested readers the Sections and Sign refers the equivalent Zodiac degrees which are 360 altogether. E.g. Section 1 and Aries refers to the zodiac degrees of 0-30 ¡ while Section 1a and Aries 1 refers to the zodiac degrees of 0-10¡ etc. ------ 1.2 The procedure of Reporting Results Below are example how in this demonstration individual Result are Reported followingly Example 1. 6-GAUGE (Moon) was observed 2,16 times above average in the 12th section (contemporary to sign Pisces). Interpretation: the observation are, referring the selected framework measuring NT in 12 pieces; sections which then are contemporary to the Zodiac signs; mentions also parallelly in the results. Example 2. As a reverse-finding 10-GAUGE (Mars) was not found at all from section 10 (contemporary to Sign Capricorn) Interpretation: because of the yet inadequate English reverse-finding refers the finding of ”lack” of observations occurred.
julkaisemaan täsäs asioita tipoittain.
Toivon mukaan tästä on kuitenkin iloa
Appendix 1. Documentation Protocol 1. Terms and documentation In this DEMO-presentation the used documentation and terms are explained here. In the pages of 1-5 part of the most important way of documentation is presented simultaneously while presenting the structure of the selected framework and the terms it brings accordingly. The pages gives additionally alphabetical order of al given terms in this DEMO-presentation and used study 1.1 DOCUMENTAITON OF THE FRAMEWORK OF THE STUDY In this study of The Theory of Sequences, used macro level empiric framework1 used the orbit times of the masses of extraterrestrial. These orbiting times can be used as gauges2 for asynchronic reference as well transferred to UTC, while proving and measuring the existence of a hypothetical asynchronic timecycles3 used empiric framework4 is tropical ephmeris5 of the planets of our solar system. Tropical ephemeris, later called in this text as (TE) measures orbiting times of the planets according to premises of tropical astrology6. These orbiting times can be used as gauges7 for asynchronic reference as well transferred to UTC,prove and measure the existence of a claimed asynchronic timecycles8 VARIABLES PRESENTED 1. THE AMOUNT OF VARIABLES There were used 115 variables altogether in this study , which tornadoes could be analysed against. 101 of variables are Asynchronic Gauges2, gauges measuring time according TE. Later they are named only by gauges. 12 variables measures the general tornado characteristics(background variables) while 5 variables measures time by the earth time (UTC). Further 101 Asynchronic Gauges can be divided to 1-dimensional gauges(PTC) which were 27 and 74 2-dimensional gauges (STC). Making the ”Net” of catching tornado behaviour even in this preliminary size of survey quite large based. DOCUMENTATION PROTOCOL OF GAUGES While the name of the planets and their orbiting times are assumed to be unfamiliar to most of us, in this DEMO-text it was decided to separate the planets and other TE-Gauges by giving them a numeral prefix referring to rank order of the orbiting cycle length. In the table 1 PTC«s are presented, the 18 most important and frequently used 1-dimensional gauges (PTC) planetary gauges are listed in the order of their equivalent orbiting times from fastest to slowest. On the column in right the category of each gauge is listed according the type of the gauge (according its physical properties). TABLE 1 Primary Time Cycles PTC classification 1-GAUGE (Vertex) theoretical 2-GAUGE (PF) theoretical 3-GAUGE (Horizon) theoretical 4-GAUGE (Nadir) theoretical 5-GAUGE (8th cusp) theoretical 6-GAUGE (Moon) satellite 7-GAUGE (Sun) star 8-GAUGE (Mercury) planet 9-GAUGE (Venus) planet 10-GAUGE (Mars) planet 11-GAUGE (Lilith) asteroid 12-GAUGE (Jupiter) planet 13-GAUGE (Node) theoretical 14-GAUGE (Saturn) planet 15-GAUGE (Chiron) planetoid 16-GAUGE (Uranus) planet 17-GAUGE (Neptune) planet 18-GAUGE (Pluto) planet The below tables; 2-9 presents the orbiting cycle duration and cycle characteristics. Earth time (UTC) is marked approximately equal. Time is introduced moving from natural times cycles from table 2 to 8 up to reach the seconds level count for (UTC). The tables 2 and 3 presents NT cycle duration of selected TE-gauges in approximate days and years of earth time (UTC)3. Table 4 presents approximate cycle durations by hours. Table 5 presents approximate cycle durations by hours per selected sections in this study. Table 6 presents approximate cycle durations by selected section (a degree) by minutes of earth time (UTC). Table 7 presents approximate cycle durations by selected section (a tropical minutes) by seconds of earth time (UTC) Table 8 presents approximate cycle durations by selected section (a tropical seconds) by seconds of earth time (UTC). Table 9 presents the nature of the selected gauges regarding cycle volatility depicting the principles of asynchronity in a practical level. With selected framework the table classifies the characteristics of asynchronity involving both linear and nonlinear gauges as well volatile and stable gauges. TABLE 2 Cycle duration by earth time Cycle Cycle Aprox. days Aprox. yrs Earth Time Earth Time 1-GAUGE (Vertex) 1 1/365 2-GAUGE (PF) 1 1/365 3-GAUGE (Horizon) 1 1/365 4-GAUGE (Nadir) 1 1/365 5-GAUGE (8th cusp) 1 1/365 6-GAUGE (Moon) 28 0,075 7-GAUGE (Sun) 365 1 8-GAUGE (Mercury) 365 1 9-GAUGE (Venus) 365 1 10-GAUGE (Mars) 687 2 11-GAUGE (Lilith) 3228 9 12-GAUGE (Jupiter) 4329 12 13-GAUGE (Node) 6750 18 14-GAUGE (Saturn) 10757 30 15-GAUGE (Chiron) 18396 51 16-GAUGE (Uranus) 30664 84 17-GAUGE (Neptune) 60148 165 18-GAUGE (Pluto) 90520 248 TABLE 3 Cycle duration Aprox. by days (with accuracy) Cycle Cycle Aprox. days Aprox.days2 Earth Time Earth Time 1-GAUGE (Vertex) 1 12 2-GAUGE (PF) 1 12 3-GAUGE (Horizon) 1 12 4-GAUGE (Nadir) 1 12 5-GAUGE (8th cusp) 1 12 6-GAUGE (Moon) 27.30 5,222 7-GAUGE (Sun) 365 19,102 8-GAUGE (Mercury) 365 19,102 9-GAUGE (Venus) 365 19,102 10-GAUGE (Mars) 686.98 26,212 11-GAUGE (Lilith) 3228 56,812 12-GAUGE (Jupiter) 4329 65,802 13-GAUGE (Node) 6750 82,152 14-GAUGE (Saturn) 10757 103,712 15-GAUGE (Chiron) 18396 135,632 16-GAUGE (Uranus) 30664 175,112 17-GAUGE (Neptune) 60148 245,252 18-GAUGE (Pluto) 90520 300,862 TABLE 4 Cycle duration Aprox. by hours Cycle Aprox. Cycle Aprox. hours hours2 Earth Time Earth Time 1-GAUGE (Vertex) 24 4.892 2-GAUGE (PF) 24 4.892 3-GAUGE (Horizon) 24 4.892 4-GAUGE (Nadir) 24 4.892 5-GAUGE (8th cusp) 24 4.892 6-GAUGE (Moon) 655 25,592 7-GAUGE (Sun) 8760 93,592 8-GAUGE (Mercury) 8760 93,592 9-GAUGE (Venus) 8760 93,592 10-GAUGE (Mars) 16488 128,402 11-GAUGE (Lilith) 77472 278,332 12-GAUGE (Jupiter) 103896 322,322 13-GAUGE (Node) 162000 402,492 14-GAUGE (Saturn) 258168 508,102 15-GAUGE (Chiron) 441504 664,452 16-GAUGE (Uranus) 735936 857,862 17-GAUGE (Neptune) 1443552 1201,472 18-GAUGE (Pluto) 2172480 1473,932 TABLE 5 Cycle duration Aprox.by section (1/12th of a cycle) Section Section Aprox. hours Aprox. h2 Earth Time Earth Time 1-GAUGE (Vertex) 2 2-GAUGE (PF) 2 3-GAUGE (Horizon) 2 4-GAUGE (Nadir) 2 5-GAUGE (8th cusp) 2 6-GAUGE (Moon) 54,60 7-GAUGE (Sun) 730 8-GAUGE (Mercury) 730 9-GAUGE (Venus) 730 10-GAUGE (Mars) 1374 11-GAUGE (Lilith) 6456 12-GAUGE (Jupiter) 8658 13-GAUGE (Node) 13500 14-GAUGE (Saturn) 21514 15-GAUGE (Chiron) 36792 16-GAUGE (Uranus) 61328 17-GAUGE (Neptune) 120296 18-GAUGE (Pluto) 181206 TABLE 6 Theoretical Cycle duration Aprox. by section equalling degree (1/360th of a cycle) Section Section Aprox. minutes Earth Time 1-GAUGE (Vertex) 4 2-GAUGE (PF) 4 3-GAUGE (Horizon) 4 4-GAUGE (Nadir) 4 5-GAUGE (8th cusp) 4 6-GAUGE (Moon) 109 7-GAUGE (Sun) 1460 8-GAUGE (Mercury) 1460 9-GAUGE (Venus) 1460 10-GAUGE (Mars) 2748 11-GAUGE (Lilith) 12912 12-GAUGE (Jupiter) 17316 13-GAUGE (Node) 27000 14-GAUGE (Saturn) 43028 15-GAUGE (Chiron) 73584 16-GAUGE (Uranus) 122656 17-GAUGE (Neptune) 240592 18-GAUGE (Pluto) 362080 TABLE 7 Theoretical Cycle duration Aprox. by By section equalling tropical minutes6 (1/21600th of a cycle) Section Aprox. seconds Earth Time 1-GAUGE (Vertex) 4 2-GAUGE (PF) 4 3-GAUGE (Horizon) 4 4-GAUGE (Nadir) 4 5-GAUGE (8th cusp) 4 6-GAUGE (Moon) 109 7-GAUGE (Sun) 1460 8-GAUGE (Mercury) 1460 9-GAUGE (Venus) 1460 10-GAUGE (Mars) 2748 11-GAUGE (Lilith) 12912 12-GAUGE (Jupiter) 17316 13-GAUGE (Node) 27000 14-GAUGE (Saturn) 43028 15-GAUGE (Chiron) 73584 16-GAUGE (Uranus) 122656 17-GAUGE (Neptune) 240592 18-GAUGE (Pluto) 362080 TABLE 8 Theoretical Cycle duration Aprox. by section equalling tropical seconds7 (1/1296000th of a cycle) Section Aprox. seconds Earth Time 1-GAUGE (Vertex) 0,06 2-GAUGE (PF) 0,06 3-GAUGE (Horizon) 0,06 4-GAUGE (Nadir) 0,06 5-GAUGE (8th cusp) 0,06 6-GAUGE (Moon) 1,81 7-GAUGE (Sun) 24,33 8-GAUGE (Mercury) 24,33 9-GAUGE (Venus) 24,33 10-GAUGE (Mars) 45,80 11-GAUGE (Lilith) 215 12-GAUGE (Jupiter) 289 13-GAUGE (Node) 450 14-GAUGE (Saturn) 717 15-GAUGE (Chiron) 1226 16-GAUGE (Uranus) 2044 17-GAUGE (Neptune) 4009 18-GAUGE (Pluto) 6034 TABLE 8 Cycle volatility Asynchronity Cycle/Orbit. Aprox. Earth Time 1-GAUGE (Vertex) very volatile lin1. 24h 2-GAUGE (PF) very volatile lin1 24h 3-GAUGE (Horizon) volatile linear 24h 4-GAUGE (Nadir) volatile linear 24h 5-GAUGE (8th cusp) volatile linear 24h 6-GAUGE (Moon) linear stable 28d 7-GAUGE (Sun) linear stable 365d 8-GAUGE (Mercury) nonlinear 365d 9-GAUGE (Venus) nonlinear 365d 10-GAUGE (Mars) nonlinear 1.5 a 11-GAUGE (Lilith) nonlinear 9 a 12-GAUGE (Jupiter) nonlinear 12 a 13-GAUGE (Node) nonlinear 18 a 14-GAUGE (Saturn) nonlinear 30 a 15-GAUGE (Chiron) nonlinear 50 a 16-GAUGE (Uranus) nonlinear 84 a 17-GAUGE (Neptune) nonlinear 165 a 18-GAUGE (Pluto) nonlinear 248 a 1=abbreviation for ”linear” Table 10 explains the contemporary astrological sign equalling to section selected. TABLE 10 SECTIONS AND ASTROLOGICAL SIGNS IN THIS STUDY Astrological contemporary sign Section-1 Aries Section-2 Taurus Section-3 Gemini Section-4 Cancer Section-4 Leo Section-6 Virgo Section-7 Libra Section-8 Scorpio Section-9 Sagittarius Section-10 Capricorn Section-11 Aquarius Section-12 Pisces NOTE. Of 36-section analyses. In some cases in this study also 36-section approach is used instead 0f 12-section standard approach. 36-section analyses means that the basic frequencies were divided to 36 section instead of 12. The Microsoft Excel chart of ”Multipliers” consist such a terms (provided electronic files to the financer) equivalent as Section 1a, Section 1b etc. As well as Astrological equivalents like e.g. Aries 1,Aries 2.These terms refers to the use of 36-section analyses. Practically the used term in Microsoft Excel charts refer that Section 1a, Section 1b, Section 1c in 36-section analyses forms Section 1 in 12-section analyses correspondingly. Three subsections of astrological sign is equalled with the match of equivalent length with Aries 1, Aries 2 and Aries 3 and named in the tables as well. **To more interested readers the Sections and Sign refers the equivalent Zodiac degrees which are 360 altogether. E.g. Section 1 and Aries refers to the zodiac degrees of 0-30 ¡ while Section 1a and Aries 1 refers to the zodiac degrees of 0-10¡ etc. ------ 1.2 The procedure of Reporting Results Below are example how in this demonstration individual Result are Reported followingly Example 1. 6-GAUGE (Moon) was observed 2,16 times above average in the 12th section (contemporary to sign Pisces). Interpretation: the observation are, referring the selected framework measuring NT in 12 pieces; sections which then are contemporary to the Zodiac signs; mentions also parallelly in the results. Example 2. As a reverse-finding 10-GAUGE (Mars) was not found at all from section 10 (contemporary to Sign Capricorn) Interpretation: because of the yet inadequate English reverse-finding refers the finding of ”lack” of observations occurred.
Vastaukset
Vanhimmat
Ei vielä vastauksia
Aloittaja odottaa vastauksia. Kerro oma näkemyksesi ensimmäisenä.