## 111 Years Ago, Indiana Almost Legislated Pi 379

I Don't Believe in Imaginary Property writes

*"On February 5, 1897, 111 years ago today, the Indiana legislature very nearly passed a bill 'introducing a new mathematical truth,' that would have erroneously established pi as the ratio 'five-fourths to four' or 3.2. The story explaining the rationale behind the bill and how they were prevented from legislating it when a real mathematician intervened is quite interesting, because the man who discovered the 'new mathematical truth' wanted to charge royalties, which could have made pi the first form of irrational property."*
## Blashphemy ! (Score:5, Funny)

Then again, maybe I'll patent 22/7 as a good way to approximate pi. I heard that intellectual property is all the rage nowadays.

## Re:Blashphemy ! (Score:5, Interesting)

## Re: (Score:2, Informative)

## Re:Blashphemy ! (Score:5, Funny)

## Re:Blashphemy ! (Score:4, Informative)

## Re:Blashphemy ! (Score:5, Funny)

Yeah, but turning Pi upside down gets the floor messy.

## Re: (Score:3, Informative)

## Re:Blashphemy ! (Score:5, Interesting)

## Re:Blashphemy ! (Score:5, Interesting)

## Re:Blashphemy ! (Score:5, Interesting)

## Re: (Score:3, Insightful)

## Re:Blashphemy ! (Score:5, Informative)

pi is close to sqrt(g), where g = gravitational acceleration on the surface of Earth in m/(s^2).

Apparently, this is not a coincidence [reddit.com].

## Re:Blashphemy ! (Score:4, Funny)

## Re:Blashphemy ! (Score:5, Funny)

## Re:Blashphemy ! (Score:5, Funny)

process. Those are whatallthe cool corporations do. Patent the process of "dividing two, common whole numbers for the purpose of usefully approximating the ratio between the diameter and the circumference of a circle". Then make sure the steps described take up at least three pages. Oh and use alot## Re: (Score:3, Insightful)

## Re:Blashphemy ! (Score:5, Informative)

## Re:Blashphemy ! (Score:5, Funny)

Only when your circles have six sides. (Hint: regular hexagons have a circumference/diameter ratio of exactly 3...)For this demonstration of extreme geek knowledge, you win the discussion thread.

All you others can go home...

## Re: (Score:3)

## Re:Blashphemy ! (Score:4, Informative)

## Re:Blashphemy ! (Score:4, Informative)

Hmmm... when I was young, I was taught that the diameter of a (bounded) set S in a metric space was the maximum (well, supremum) of the distances between any two elements in S. Seem a much simpler definition to me.(And wikipedia mentions this one, too)

## Re:Blashphemy ! (Score:5, Informative)

## Re: (Score:3, Interesting)

Everybody knows that pi = 3. It's in the Bible, after all.3 is "close enough" if you are working with primitive hand tools and haven't the need or resources for monumental architecture and engineering.

## Re:Blashphemy ! (Score:5, Informative)

http://www.khouse.org/articles/1998/158/ [khouse.org] There was an embedded code - a word that was written strangely: It gives an error of 0.00265%. Quite remarkable.

## Re:Blashphemy ! (Score:4, Insightful)

## Re: (Score:3, Funny)

## Re:Blashphemy ! (Score:4, Insightful)

It gives an error of 0.00265%. Quite remarkable.Quite remarkable indeed. One might even call it special pleading.

The q has a value of 100; the v has a value of 6; thus, the normal spelling would yield a numerical value of 106. The addition of the h, with a value of 5, increases the numerical value to 111.Hebrew letters have associated numerical values, that's well known. For the purposes of the argument I'll accept that these letters have the cited values.

But exactly how did they come up with this particular formula? Given three numbers [A,B,C] what methodology tells them to interpret the combination as the ratio (A+B)/(A+B+C) and not, say, A+B+C or A+B*C, or (A+B)/(A+C)? I don't think there is such a methodology, and I think this means that they will pick whatever formula works for the occasion.

## Re:Blashphemy ! (Score:4, Funny)

Good thing they didn't add a lol.

## Re:Blashphemy ! (Score:4, Informative)

## Re:Blashphemy ! (Score:4, Insightful)

## Re: (Score:2)

## Re:Blashphemy ! (Score:5, Funny)

Engineer: Pi is about 22/7.

Physicist: Pi is 3.14159 plus or minus 0.000005

Computer Programmer: Pi is 3.141592653589 in double precision.

## Re:Blashphemy ! (Score:5, Funny)

## Re: (Score:3, Funny)

and the obligatory Simpsons quote (from the episode where Marge is arrested for shoplifting from the Kwik-E-Mart) "MMmmm Pie!"

## pi == ip ? (Score:3, Interesting)

You just know it doesn't make sense.

## Speaking of irrationality (Score:4, Funny)

In Soviet Russia, transcendental irrationality legislates

you!## Re:Blashphemy ! (Score:5, Informative)

Does any idiotic thing get modded up as long as it blasts Christianity? Nowhere in the Bible does it talk about the principles of Euclidian geometry.

## Re:Blashphemy ! (Score:5, Insightful)

## Re:Blashphemy ! (Score:4, Interesting)

Just goes to show you can't believe everything put forward by a set of bronze/iron age goat herders.

## Re: (Score:3, Insightful)

approximatedsomething - in other words, that it's not 100% true.Normally we'd just ignore those people, and agree that the bible rounded something for brevity. But when those people represent a significant proportion of the voting public (fortunately, splitting their vote between two candidates), it's worth pointing out that they exist and would have burned you at the stake 300 years

## Re: (Score:3, Insightful)

10 cubits = 1 * 10^1 cubits

30 cubits = 3 * 10^1 cubits

PI = (3 * 10^1) / (1 * 10^1) = 3 * 10^0

Doesn't anyone know math or science? In scientific notation, you count the significant digits. All of the numbers have one (1) significant digit. It's amazing God got it right thousands of years before science was invented. Go figure.

## Sig fig ambiguity (Score:3)

They are not working with double digits. They are using single digits: 10 cubits ... 30 cubits ...

In scientific notation, you count the significant digits. All of the numbers have one (1) significant digit

Not quite. "10 cubits" and "30 cubits" might be to either one or two significant figures; since it doesn't specify, there no way of telling which. If they

hadthey been given in scientific notation, as either, e.g., "3*10^1" or "3.0*10^1", then you're right, that would have been one and two s.f. respectively; but "30 cubits" is ambiguous.## Re:Sig fig ambiguity (Score:4, Funny)

The Bible clearly shows the ratio of the circumference of a circle to its diameter is 3. Your talk of significant digits is just trying to draw worship away from God.

I didn't come from no monkey.

## Re: (Score:3, Insightful)

## Re: (Score:3, Funny)

## Re: (Score:3, Interesting)

## Re: (Score:3, Interesting)

roundadj1shaped like, or approximately like, a circle or ball.2not angular, with a curved outline (Chambers 21st Century Dictionary)So, according to definition 2, an ellipse is round, for example. And depending on the eccenticity, the ratio of circumference to diameter (major axis) of an ellipse can be anywhere between 2 and pi: 3, maybe?

## Re:Blashphemy ! (Score:4, Insightful)

## Re:Blashphemy ! (Score:5, Insightful)

## Re: (Score:3, Insightful)

Just my two shekels worth.

## Re:Blashphemy ! (Score:4, Informative)

But if the Bible is the unerring Word of God, surely God wouldn't have said 10 cubits when he meant anywhere from 5 to 14.9 cubits, would he? :-P

## Re:Blashphemy ! (Score:5, Informative)

While the Bible doesn't actually state the nature of pi, and a cubit is an extremely rough unit anyway, it's amusing to note that if you properly define cubit as being a fixed length and assert that the word circular refers to a near-perfect circle, the units just don't work out unless you redefine space, and along with it, Pi. Putting the "fun" back in "fundies".

http://everything2.com/index.pl?node=Pi%20in%20the%20Bible [everything2.com]

## Re:Blashphemy ! (Score:4, Insightful)

a) the measurements are not rounded.

This seems quite unlikely for a start. Should the author have written "He made the Sea

b) the Sea was a plain cylinder.

Another possibility, not ruled out by the text, and certainly well within the realms of probability is that the rim had a lip or a flare to it. So the distance from rim to rim would be greater than the distance across the circumference measured lower down by the line. (Think about the practical difficulty of measuring with a line around the outside of a flared rim.)

In fact it doesn't matter which of the above two explanations is more likely, since no one (apart from those trying to point out inconsistencies in the Bible) is asserting that the story quoted says anything at all about the accurate value for pi.

## Re:Blashphemy ! (Score:4, Funny)

Have you ever read the Old Testament? Redundancy was a poetic form.

## Re: (Score:3, Interesting)

So, 31.415926535 as 30, 122.x as 120 w

## Tabled in the Senate (Score:5, Funny)

Introduced by RecordIN THE SENATE

Read first time and referred to

committee on Temperance, February 11th, 1897

Reported favorable February 12th, 1897

Read second time and indefinitely postponed February 12, 1897

sounds to me like they just never got a Round Tuit

## round tuit (Score:3, Funny)

## old news (Score:5, Funny)

## In Kansas... (Score:5, Funny)

## Re: (Score:2, Funny)

## Re:In Kansas... (Score:5, Funny)

## Re:In Kansas... (Score:5, Insightful)

What's really sad is I don't know if that's a joke or if it's informative.

I mean, and I'm 100% serious here... It could go either way. I have no clue!

## Re: (Score:2, Informative)

## Re:In Kansas... (Score:5, Funny)

Once upon a time pretty little Polly Nomial was strolling across a field of vectors when she came to the edge of a singularly large matrix.

Now Polly was convergent and her mother had made it an absolute condition that she must never enter such an array without her brackets on. Poll however, who had changed her variables that morning and was feeling particularly badly behaved, ignored these conditions on the ground that they were unnecessary, and made her way amongst the complex elements.

Rows and columns enveloped her on both sides. Tangents approached her surface; she became tensor and tensor. Quite suddenly two branches of a hyperbola touched her at a single point. She oscillated violently, lost all sense of directrix and went completely divergent. As she reached a turning point she tripped over a square root which was protruding from the erf and plunged headlong down a steep gradient. When she was differentiated once more she found herself alone, apparently in a non-Euclidian space.

She was being watched however. That smooth operator, Curly Pi, was lurking inner product. As his eyes devoured her curvilinear co-ordinates, a singular expression crossed his face. Was she still convergent, he wondered. He decided to integrate at once.

Hearing a vulgar fraction behind her, Polly turned round and saw Curly Pi approaching with his power series extrapolated. She could see at once by his degenerate conic and his dissipative terms that he was bent on no good.

"Eureka" she gasped.

"Ho Ho" he said, "what a symmetric little polynomial you are. I can see you're absolutely bubbling over with secs."

"Oh Sir", she protested, "keep away from me, I haven't got my brackets on."

"Calm yourself, my dear," said our suave operator, "your fears are purely imaginary."

"i,i," she thought. "Perhaps he's homogeneous then."

"What order are you," the brute demanded.

"Seventeen", replied Polly.

Curly leered. "I suppose you've never been operated on yet", he said.

"Of course no," Polly exclaimed indignantly. "I'm absolutely convergent".

"Come, come," said Curly, "lets off to a decimal place I know and I'll take you to the limit".

"Never" gasped Polly.

"EXCHLF" he swore, using the vilest oath he knew. His patience was gone. Coshing her over the coefficient with a log until she was powerless, Curly removed her discontinuities. He started at her significant places and began smoothing her points of inflection. Poor Polly, all was up. She felt his digit tending to her asymptotic limit. Her convergence was gone for ever.

There was no mercy, for Curly was a Heavyside operator. He integrated by partial fractions. The complex beast even went all the way round and did a contour integration. What an indignity. To be multiply connected at her first integration. Curly went on operating until he was absolutely and completely orthogonal.

When Polly got home that evening her mother noticed that she was truncated in several places. But it was too late to differentiate now. As the months went by, Polly increased monotonically. Finally, she generated a small but pathological function which left surds all over the place until she was driven to distraction.

The moral of the story is this: If you want to keep your expressions convergent, never allow them a single degree of freedom.

## Slander! (Score:4, Funny)

Mr. Pi is a well known and well respected number in the mathematical community, who despite its irrational tendencies, has won the hearts of all decent magnitudes with its transcendental nature. A nature one might add, which intrinsically prevents it from appearing at the roots of any finite order equation, let alone one of only seventeenth order.

Mr. Pi is a good friend to many highly respected mathematical families such as the Trigonometric Functions and the Elliptic Functions. It is also known for its generous community work, appearing in many Geometrical texts and Physics equations, and in general is known far and wide for not holding itself above the common constant, despite its fame and status.

Mr. Pi has been known for years as a wonderful role model and teacher for polynomials of a small degree, particularly for second order equations. It has opened up worlds of possibility and inspired these young equations for many years, and it would be a great shame if this false, cruel and libelous fiction caused an end to those efforts.

I urge readers to reject and condemn this utterly false, malicious and libelous insult upon a good member of the mathematical community. We must not abandon the rigor and scruple that our community is renowned for, and succumb to emotive reasoning. The reader may be assured that however rational their coefficients, seventeenth order equations are known to come across irrational roots, of any multiplicity, all by themselves!

## Re: (Score:2)

## What's wrong with that? (Score:5, Funny)

## Re:What's wrong with that? (Score:5, Insightful)

And far less disastrous.Apparently, you haven't imagined yet what many engineering projects would be like if they assumed that pi = 3.2.

## Re:What's wrong with that? (Score:5, Funny)

## Just adding fuel to the fire ... (Score:5, Funny)

I'm sure every sane engineer would look at that 3.2 and decide that, for reasons related to what's practical and works well, the exact 3.20000000 can't be used with full precision, instead a rough approximation is needed, say 3.14159265 or thereabouts.## Re:What's wrong with that? (Score:5, Funny)

exactly22/7. I asked him if he know what an irrational number is--he said yes. I asked him if he accepted that pi is an irrational number--he said yes. I asked him how pi could be exactly 22/7 if it is irrational... What an exhausting conversation that was. It turns out that pi wasn't the only irrational part of that conversation.## no wonder you need so many lawyers (Score:5, Funny)

"It is impossible to compute the area of a circle on the diameter as the linear unit without trespassing upon the area outside of the circle to the extent of including one-fifth more area than is contained within the circle's circumference, because the square on the diameter produces the side of a square which equals nine when the arc of ninety degrees equals eight."

Not that other countrys' are any better, I suppose

## The slashdot quote of the day is perfect... (Score:3, Insightful)

## 'Ell, I'll tell ya... (Score:2)

No politician wants to be the one refusing to give our poor and homeless their much needed pi.

## Strictly speaking... (Score:5, Funny)

## Re: (Score:2)

## They would have been behind their time... (Score:2)

## The new Pi (Score:3, Funny)

## Even better! (Score:2, Interesting)

## The Slashdot headline in 2105 (Score:5, Insightful)

## Re:The Slashdot headline in 2105 (Score:5, Funny)

I hope we read this in about 100 yearsI hope so to. It'll mean we're not dead, and we've still got our eyesight.

## Do you think that Indians really care? (Score:2)

## Indiana (Score:5, Funny)

## I'd like to file a motion (Score:3, Funny)

## ... insolvable mysteries ... (Score:4, Interesting)

And be it remembered that these noted problems had been long since given up by scientific bodies as insolvable mysteries and above man's ability to comprehend.This, along with the rest of the math in the bill, makes it clear that the authors were the sort that only "believe" in rational numbers. Of course, by that time mathematicians already had a pretty good hold on the rest of the real numbers, and there wasn't any mystery at all about the existence of numbers that weren't the ration of two integers. The only real mystery here is why they preferred the approximation 3.2 rather than 3.1. Not that either is good enough for engineers, who routinely used 3 places as the minimal precision if you don't want to be laughed out of the room.

One of my favorite bits of mathematical humor is the many cases where they have taken criticisms and turned them into terminology. Thus, when it was realized that numbers like e and pi couldn't be written as ratios of integers, there were a lot of dummies who didn't accept this, and attacked the rationality of the people who did. The response of mathematicians was to say, in essence, "Hey, they call us irrational; that's a good word. Let's call the numbers that our critics believe in as 'rational', and the numbers that they don't believe in as 'irrational'. They'll be happy, and we'll have handy words for talking about these two kinds of numbers."

It happened again when people started talking about square roots of negative numbers (and engineers found practical uses for them in the real world). There were the usual criticisms, to the effect that negative numbers don't have square roots, and it's stupid to talk about things that don't exist. The natural (;-) reaction of the mathematicians was to first be bemused by the very idea that any kind of numbers have any sort of real existence. Then they adopted the critics' words as terminology, with 'real' numbers the sort that the critics accepted, and 'imaginary' numbers the kind that produced negative numbers when multiplied by themselves. That must have really played with the critics' minds. "Oh, you want to talk about real numbers; that's room 12A, just along the corridor. We're talking about imaginary numbers here. Stupid git."

Of course, there's the even more basic concept of 'natural' numbers, i.e., positive integers. It's clear from most most languages' words for numbers that most people historically have only dealt with this sort of number. Even today, many US high-school kids have a certain resistance to the idea that they have to learn about fractions, which strike them as 'unnatural' and pointless. So mathematicians adopted 'natural' as a subtle jab at the irrational attitude of the ignorant masses.

At least this bill's authors had enough understanding to accept rational numbers as real, though they classified irrational numbers like pi as "insolvable mysteries". It is sad (and funny) that as late as 1897 this sort of ignorance could actually make an appearance in a legislative body and apparently be taken as anything but a lame joke.

There have been other bills like this in the past, though as far as I've read, none of them has ever actually been passed, or even voted on. Anyone know of a case where one reached a vote?

## Irrational Property (Score:3, Funny)

In fact, I propose that we begin this process right now. Something as widely used as Pi is sure to bring in billions. We need to get ALL the lawyers busy writing down the digits of Pi immediately.

## Re: (Score:2)

## Re:Hah. (Score:4, Funny)

"the American Mathematical Monthly, the leading

exponentof mathematical thought in this country."Nice word choice

## Re: (Score:3, Insightful)

## Re:WTF? 1/3, exactly... (Score:2)

## Re:WTF? Having problems with story problems? (Score:2)

Five fourths to four. WTF is that?It is exactly 5/4:4 Read it again.

## Re: (Score:2)

in your own home! Deals like this don't last forever, folks, but if you hi## Re: (Score:2, Funny)

## Re:And this is why (Score:5, Insightful)

dignity.## Re: (Score:2)

It's called dignity.Don't you rather mean integrity?

## Re: (Score:2)

3.2 is 16/5.

## Re: (Score:3, Informative)

## Ratios on a sphere and the density of irrationals (Score:4, Informative)

Interestingly, however, if you pick a particular circle, the ratio actually has a 100% probability of being irrational, rather than rational. Informally, this is because the irrationals are so much 'denser' than the rationals (using the colloquial rather than the topological meaning of dense). A proper proof follows from the fact that the rationals have Lebesgue measure 0; i.e. they can all be enclosed in a set of intervals on the real line, the sum of the lengths of which can be made as small as you like.

## Re:It wasn't all that long ago that.... (Score:4, Informative)

## Re: (Score:3, Insightful)

It's also a well-known bit of historical legislative foolishness often cited to demonstrate the kind of bad decisions possible in a representative system of government. In an election year, it's a valuable reminder of how we need to keep a close eye on these people.

Considering the repeated movements to introduce other bits of absurdity into school curricula (ID, anyone?) it's well worth talking about.