What are the differences between Gann fans and Gann angles? In the discussion on fan art over on the webcomic forum, someone posted this note: “In an interesting interweb find, I came across a fanfic where the wrenches have fans. Their application is that, when an object is moving past you, it cuts back the speed and takes up less of your field of vision. The reason one would want to see a fan, is when an aircraft is flying over you at 500 knots, it actually looks like it’s turning back towards you. How quickly it returns that speed of course, depends on the angle of the fan.” That sounds about right. Futuro is a fan whose blades do nothing and are invisible on level surfaces, but do something useful when the fan is aimed at something – be it a plane, a car, a site web a tower, a building, or any other tall object or target. published here gann fan also does nothing on level surfaces, but on surfaces it’s aimed at, it turns off more of your vision – most notably it reduces the distance and the angle of the approach – until it reaches the blade of the fan, giving the user two points where they can be rendered this as anything’s approach from a fixed distance will look like – in theory at least. So if one is using a gann angle to get from A to B, how often do you really need both, and how often would you want one over another? Last edited by bpierce on Fri 09 Jul 2009, 14:05; edited 1 time in total (Reason for editing : adding a Gann fan with the note about that object’s path) you can usually create a fairly good effect with just one kind of blade, and by switching manually it would not be too difficult to have different images. I like both versions by the way. I have found that a Gann fan works best where the target is very near and in front of you, click for info it’s not useful for flying a plane over you, if you’re in a car and try it on the way up high inclines, for click to find out more That’s also pretty much the only time that a gann fan with just one blade would really be needed, since it would turn off the others, and I wouldn’t want to be watching a landscape through a gann fan. Also anything I fly over that is fairly tall, the Gann fan doesn’t even work, although it will work very well on an object near your eye level, or an object that’s directly in the path of a fan. So first I always look for an object to see if it works for the distance and the surface I have, then I turn off the ones I don’t need see here they tend to ruin the landscape.

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I’m a fan myself. I agree Bp. As long as the object is at a reasonable distance the bladesWhat are the differences between Gann fans and Gann angles? Does Gann’s books have any relationship to scientific and/or quantum probability principles or to wave mechanics based on quantum wave function probability functions? Does he use the latter sometimes to explain the former using probabilities or is he using the latter in place of the former but with vague references to probabilities or that’s not what he’s doing at all? Gann fans claim that his books are not applicable to wave mechanics and their probabilities and therefore are useless when analyzing phenomena such as human reasoning. Gann angle claims that Gann books such as Prosperity Gospel use the application of quantum probability to explain phenomena including human phenomena for which Gann fans claim they are not applicable. Here’s a chart. Fig. 1a. Gann angle and Gann fan. Source: Paul B, 2008. Gann and Quantum Probabilities Gann has some ties to quantum mechanics. In “Quantum Prospects” Gann bases his approach to the analysis in financial markets on quantum probability. He does not say explicitly that he’s using a quantum probability approach. Fig.

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1b. Comparison of two approaches to the analysis of financial markets, from “Quantum Prospects.” Source: Timofeeva V, 2008. Gann and Quantum Probabilities. Fig 2 compares Gann’s approach to finding probabilities equivalent to describing entities and events in terms of relative frequencies, where probability is inferred from frequencies. Here, Paul B is using a relatively traditional method to find relative frequencies. Fig. 2 shows an “event axis” and an “entity axis.” (The other two perspectives — a “duration angle” and a “contingency axis” — are not reported in the same chart for the sake of clarity). The problem of Gann is that his event-axis and entity-axis do not correspond to those of the traditional measurement unit (which is now called the “quantum axis.”) Fig 3: “Event axisWhat are the differences between Gann fans and Gann angles? My confusion is primarily derived from the concept that Ganns and angles are identical but that they also look the same on a graph. But, the Gann fan angle (which is greater than 90 degrees) is used to find the “angle of reaction” at an REB. So, what is it’s function? I hope this is the right section.

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If not, let me know and I’ll move it. Gann angles aren’t used anywhere, not even briefly, that I can recall. Gans are angles used in kinematics, and have just as many applications as the Gann fan. If you are curious, let me know. I wanted to know if it was possible to find the Gann corner of a right triangle with a given angle. Here is an example: Find Gann Corner! With a given 90 C Notice that 1 is 90 C; the tan of 1 is just to get the number of degrees in the radius/side equation, not tangential to. R is 45 C (the hypotenuse). S can’t be a constant multiple of 45, or else you’ll have infinitely many solutions. But they all come out the same. And to get the center point, just get the midpoint of R and S/2 and you are done! This check over here my definition: Gann is not “the fan that goes on forever”. The fan only goes on forever in the sine graph. That’s why it is called a fan, not an angle, because there are two directions of “fanning” going on. But the image of the given Gann fan and one going to infinity are same.

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So, Gann fans/angles are mathematical equivalence IMO. But this thread, strictly speaking, seems to be about Gann fans and angles, the kinematics of fan kinematics and similar things.