List questions from pi

Published on 24 Jun 2012 - 19:56

869

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What is the correct value of $\pi$

Published on 30 Jun 2012 - 4:04

616

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How to prove that a series expansion of pi has converged to a certain accuracy?

Published on 31 Jul 2012 - 20:48

1k

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When was $\pi$ first suggested to be irrational?

Published on 01 Aug 2012 - 13:01

553

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Proof of infinitude of primes using the irrationality of π

Published on 05 Aug 2012 - 2:39

1k

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Approximating $\pi$ with least digits

Published on 07 Aug 2012 - 20:18

3.1k

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What would the Chudnovsky Algorithm look like as an inifinite series

Published on 08 Aug 2012 - 13:03

9.1k

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Why is $\pi$ irrational if it is represented as $C/D$?

Published on 20 Aug 2012 - 16:06

566

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A new way of thinking about $\pi$

Published on 25 Aug 2012 - 15:16

11.7k

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Calculate $\pi$ to an accuracy of 5 decimal places?

Published on 30 Aug 2012 - 9:02

90

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Can this expression be simplified and is the real part of the left hand side equal to minus pi?

Published on 31 Aug 2012 - 15:52

746

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A curious limit for $-\frac{\pi}{2}$

Published on 04 Sep 2012 - 16:11

269

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What does Spivak want me to do?

Published on 12 Sep 2012 - 3:06

847

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How to calculate π

Published on 15 Sep 2012 - 17:46

580

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Where is the error on this approximation to $\pi$

Published on 18 Sep 2012 - 12:20

List Question

Two sums for $\pi$

What is the correct value of $\pi$

How to prove that a series expansion of pi has converged to a certain accuracy?

When was $\pi$ first suggested to be irrational?

Proof of infinitude of primes using the irrationality of π

Approximating $\pi$ with least digits

What would the Chudnovsky Algorithm look like as an inifinite series

Why is $\pi$ irrational if it is represented as $C/D$?

A new way of thinking about $\pi$

Calculate $\pi$ to an accuracy of 5 decimal places?

Can this expression be simplified and is the real part of the left hand side equal to minus pi?

A curious limit for $-\frac{\pi}{2}$

What does Spivak want me to do?

How to calculate π

Where is the error on this approximation to $\pi$

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