Rules are group agreement subject to fallacy of authority, equivocation, bandwagon, etc. The fallacies prove this through there own nature.
Regardless, how can you logically argue that I am against these interpretations (perspectives) if I am agreeing with them and say they are correct?
Like in this statement:
The definitions you argue are correct under standard axioms of mathematics. The problem, as axioms, is that they are subject to a multitude of fallacies: authority, bandwagon, no true scotsman (pseudo fallacy for some), straw man (the axioms form a position not previously held), red herring (each axiom diverts to another axiom), etc.
The axioms are determined as true because of the arguments, as strucutures, which stem from them. These argument/structures, in turn are justified according to there symmetry with symmetry being the replication of certain qualities/quantities that show a common bond — eodnhoj7
You are arguing that I disagree with you, when in fact it is false. The argument is premised on a false premise.
Thank you for listing all these things out, it really saves me the trouble, of having to collect them on my own. Now I can address them in one post. I am so flattered you took time out of your day to do all the work for me, thanks.
4)All straight lines are Pi — eodnhoj7
Pi is equal to C/D where Pi is Equal to C if D is 1. This means the diameter, as a line, fits in the 1 length of the Circumferance "Pi times" as one line. Pi as a length, through the circumferance, is straight line. The straight line can be curved to form a radian, which means the curved line can be straightened out as well.
Pi as a line, varies in length with the circle however is always the same measurement. — eodnhoj7
Yes, Pi as a continuous fractal that is irrational and transcendental relative to the context of the framework which defines it.
https://en.wikipedia.org/wiki/Pi
Pi as infinite may be viewed as 3.141, 3.14159, or 3.14159265358979323846264338327950288419716939937510582097494459230781640628620899862803482534211706798214808651328230664709384460955058223172535940812848111745028410270193852110555964462294895493038196442881097566593344612847564823378678316527120190914.
So the application of Pi is determined by how precise we choose to interpret it. Applying 3.141 as pi is not the same as 3.14159, however both definitions are constant. They change relative to where we round them off, hence Pi has a subjective element of interpretation. However one measurement of Pi is relatively more accurate than the other. Pi is subject to equivocation in these respects causing alot of fault in the mathematical community, but considering it is a community which determines these truths we are left with a fallacy of authority and bandwagon.
5) The circle, through infinite Pi's observes the circle composed of infinite angles with these angles equivalent to degrees as a number much less than one approaching 0. — eodnhoj7
Yes, but you will have to quote in context where you got this portion of the argument.
If Pi is a length, observed in Point 4 above, where Pi is a circumferance leading to 3.141 and the Diameter is 1, we are left with Pi Diameter's as one diameter where Pi is a straight line through the Pi Diameter's acting as 1 diameter.
Now if the diameter is Pi, and Pi equals C/D as C/Pi then C = 9.869...
This continually expands when we throw in the Diameter as 9.869... .
Now The circumferance as (n→∞)Pi, and the diameter as Pi observes the Diameter existing inside the circumference equal to (n→∞) times. Pi, as a length through the diameter, and the circumferance composed of (n→∞)D as straight lines observes the circumferance as a number of angles approaching infinity.
Because these angles are continually approaching infinity, the angles are always approaching point zero. This is considering each curve on the line is conducive to a fraction of a radian where the radian as 57.296 becomes a fraction of itself as a fractal degree (as a fractal radian) of 1/(10^(n→∞)).
Now the fractal radian as a degree of 1/(10^(n→∞)) observes a fraction of a curve, but is nonetheless a curve. Now the circumference as composed of radians, is composed of curves with the circumference as continual radians approaching point 0 observing the circumference as infinite fractal curves.
Considering these fractal curves occur through fractal degrees as angles, "the the circle composed of infinite angles with these angles equivalent to degrees as a number much less than one approaching 0".
In these respects the curve is inseperable from an angle, while each curve itself is composed of further angles in itself. The curve as infinite angles, which is composed of further angles, observes a continuum where the angle is always approach a point zero, even though it may be more than one.
6) The line as a quantum angle — eodnhoj7
Yes an angle of 1/(10^(n→∞)) degrees is equivalent to a line as the angle can only be observed as a line. The angle and line are inseperable with the projective nature of the angle in one direction being synonymous to the line as going in one direction.
So a line between two points observes the alternation between being and nonbeing (void) — eodnhoj7
The line as composed of infinite lines is composed of infinite 0d points, which can be observed in the premised definition (commonly accepted in mathematics) as infinite 0d points necessitating infinite 1d lines.
The line as infinite lines and infinite 0d points as the inversion of one line into another, observes the line as a form of alternation being the existing (being) lines and void (points) considering the point is merely inversion of one line into another. The line exists through infinite alternation between line and further lines. Infinite 0d points, with 0d points being the inversion of one line into many lines, observes the line as infinite change conducive to no change.
However if the line connects the points, it necessitates that through the line the points are directed towards eachother simultaneously and the line becomes non directional considering the points are directed towards eachother through eachother as eachother. — eodnhoj7
Yes if Point A is directed to Point B, where Point A and Point B are both 0 both points are the same. So Point B equal to Point A as 0 = 0 observes that the line is simultaneously directed in the opposite direction connecting the points. The line as non-directional, as a connector between points, necessitates the points as directed towards eachother as points. This makes no sense, if it is occurring simultaneously, as the 0d point effectively is nothing. It only makes sense if the point existing through the point observes the point as directed through itself as itself thus necessitating a 1 dimensional nature as well where the line is deficient in direction, except through the 1d points which compose it. Hence the line is negative direction and composed of infinite 1d points:
The negative dimensional line in turn is composed of infinite 1d points. — eodnhoj7
Hence the line a absent of direction as negative dimensional, as a connector and not a thing in itself, observes it as approximator between multiple 1d points in the respect any connection observes multiple points. Multiple points necessitates a deficiency in unity in one respect, while this connection necessitates unity. So the 0d point directed to the 0d point observes:
Void must be void of itself, so the 1d line observes the void of void or the 0d point dividing itself as infinity through the line. This 1d line is an inversion of the of both the 0d point through 0d point (or an inversion of inversion) and the -1 dimensional line. — eodnhoj7
Where the canceling of the 0d point into 1d points, through there self-direction of the line which effectively ceases in direction itself as negative dimensional (described above),
The 0d point cancels itself out to units as multiplicity, but also Unity as pure directed movement. Nothing cancels itself out into pure being. — eodnhoj7
but this nothingness canceling itself out into pure being observes being in a state of multiplicity due to Being exist through void with this void inverting one being into many.
3) The line as composed of infinite points is composed of infinite lines, hence the line is composed of infinite circles as all lines exist as Pi. — eodnhoj7
All lines as diameters considering all lines can be measured in Pi, necessitate these infinite lines as diameters resulting in infinite circumferances where a diameter of x length and a diameter of y length may differ in length, but when observed as 1 diameter in themselves are effectively connected to pi through the equation π = (π=C)/(1=D) ∴ (π=D) ↔ (π=C)*(1=D), where each length as different from another length, as one length in itself is equivalent to Pi where Pi as a length is composed of infinite lengths as observed in Point 4 ("all straight lines are equivalent to Pi" however Pi is constant state of changing numbers.).
Because the line as Pi necessitates the circumference as Pi(Pi), at minimum, the line as different from another line as one Pi different from another Pi (considering Pi is determined by its rounding off), observes each line as a diameter conducive to x(Pi) (with x representing different calculation of Pi observing different degree of accuracy) resulting in x((Pi)Pi). This leads to:
4) The line is composed as infinite circles projecting, hence the line is equivalent not just to infinite points but infinite quantum circles as well. — eodnhoj7
where "quantum" observes a circle much "smaller" than another circle necessitated by the accuracy of Pi in determining the above measurements.
3.141 << 3.1415926535897932384626433832795028841971693993751058209749445923078164062862089986280348253421170679821480865132823066470938446095505822317253594081284811174502841027019385211055596446229489549303819644288109756659334461284756482337867831652712019091456485669234603486104543266482133936072602491412737245870066063155881748815209209628292540917153643678925903600113305305488204665213841469519415116094330572703657595919530921861173819326117931051185480744623799627495673518857527248912279381830119491298336733624406566430860213949463952247371907021798609437027705392
in terms of accuracy with this accuracy determining the size of the circle relative to another size of the circle. This is reflected further in:
5) Each line, as composed of infinite further lines, is composed of infinite "pi's" where the line as Pi is composed of further Pi's. Hence Pi is divided by an infinite number of Pi being divided by Pi. — eodnhoj7
Hence Pi dividing itself observes Pi as its own function of self-division conducive to 1 through the line where 1 is Pi as a function of perpetual self division.
f(x)= 3.14159→(x→∞)
............f(x)= (3.14159→(x→∞) =1
................f(x)= (3.14159→(x→∞)
.........................f(x)=... — eodnhoj7
****where "x" is equal to any number approaching infinity with the fraction of Pi observing all number approaching infinity. Because Pi is statistically random observing x is observing any number which proceeds from Pi and approaches infinity.
4. The radius is half of the diameter.
5. Each radius in itself is a diameter, of another circle. — eodnhoj7
So the Line existing as divided/multiplied by itself results in Pi multiplying/dividing itself considering the line as 1 length is Pi as a length. A line folded in half, results in two lines of equal length, with these lines existing as "1/2" the original line in respect to the original line but relative to themselves strictly exist as 2. The line as a length is the line simultaneously multiplying and dividing when folded through itself.
As the mutiplication/division of a length requires another length, Pi is a constant length of a line — eodnhoj7
Because the line exists as continuous, in the respect it is one infinity (composed of infinite lines), but as one infinity is it composed of further lines considering infinite exists if and only if there are finite phenomenon. The line as one infinity, equates it as well to not just an irrational/transcendental number such as Pi but also Euler's number and any number for that matter. However all lines as one length can be interpreted as any number considering this 1 line as a length is defined by the lengths which composed it (1 inch as 16 parts, 1 foot as 12 parts through 16 parts, etc.).
Pi is a unit of length as one is a unit of length, with both being continuous. All lines as 1 unit of length observes Pi as a unit of length. — eodnhoj7
hence a line equivalent to Pi where Pi becomes a length. — eodnhoj7
So while pi = c/d or c/2r we are left with the circumferance being pi if the diameter is one infinity and the radius is 2 infinities as one infinite. — eodnhoj7
Pi is a length, not just a ratio and alternates with 1 as the foundation of length. — eodnhoj7
All lines are equivalent to Pi just as all lines are equivalent to one in themselves. — eodnhoj7
etc, etc
Since the above quoted information has no basis in any existing mathematical or scientific laws and even seems to contradict them, doesn't that mean it is your own (not yet universally recognised) invention or interpretation (call it what you may)?
What are laws but group agreement? With group agreement determined by proof? And Proof determined by not just the symmetry of the framework but the symmetry between the framework and the observers?
Contradict where exactly if the laws are used as premises? And what laws are you talking about exactly since you no so much. Quote sources. I have for the line as well as fallacies, etc. Where are your sources? Could it not be said your argument is subjective?
2=1+1 is a subjective interpretation as 2 = 1+1, 2+1-1, 2+2-2, 2+3-3, to infinity.
To argue any number is equal to a specific function, is not irrational as all numbers are composed of infinite functions.