anonymous
  • anonymous
Whats does Pie Equal?
Mathematics
katieb
  • katieb
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anonymous
  • anonymous
pie = circumference of a circle / diameter of the same circle
anonymous
  • anonymous
Thanks ^_^
anonymous
  • anonymous
approximate value of pie is 3.14

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anonymous
  • anonymous
welcome
anonymous
  • anonymous
^_^
anonymous
  • anonymous
=22/7 or 3.14
ghazi
  • ghazi
its pi, not pie, if you're talking about pie that is composed of cake, cream and whip cream and chocolate and a lot more , but pi = 3.14159 ..... @LAGIRL69
UnkleRhaukus
  • UnkleRhaukus
\[\pi=4-\frac43+\frac45-\frac47+\frac49-\frac4{11}+\dots\]
UnkleRhaukus
  • UnkleRhaukus
\[\pi=\sqrt{8+\frac89+\frac8{25}+\frac8{36}+\frac8{49}+\frac8{64}\dots}\]
hba
  • hba
\[\pi = -ilog(-1)\]
UnkleRhaukus
  • UnkleRhaukus
\[\pi=\frac{8\sqrt 2}{3}-\frac{24\sqrt2}{35}+\frac{40\sqrt2}{99}-\frac{56\sqrt2}{195}+\frac{72\sqrt2}{323}-\frac{88\sqrt2}{483}+\dots\]
hba
  • hba
\[\frac{ 223 }{ 71 } < \pi < \frac{ 22 }{ 7 }\]
hartnn
  • hartnn
now this has gone wayyyyy too much beyond expectations......
anonymous
  • anonymous
I would like to know how|dw:1356869570315:dw|
hartnn
  • hartnn
u know that relation \(\huge e^{i\pi}=..... ?\)
anonymous
  • anonymous
yes
hartnn
  • hartnn
take natural log (ln) on both sides, and u get that.
anonymous
  • anonymous
oh...
anonymous
  • anonymous
|dw:1356869768485:dw|
hba
  • hba
\[e^{i \pi} =-1,(EULER \ IDENTITY)\]
hartnn
  • hartnn
1/i =-i
hartnn
  • hartnn
because i^2=-1
anonymous
  • anonymous
But log has base 10 right?
hartnn
  • hartnn
log has base 10 but ln has base =e
anonymous
  • anonymous
so it is ln
hartnn
  • hartnn
absolutely... in calculus, by default, log means natural log ln
anonymous
  • anonymous
got it now... thanx
hba
  • hba
Buffon Needle -->http://mste.illinois.edu/reese/buffon/buffon.html \[\pi \approx \frac{ 2nl }{ xt} \]
hba
  • hba
So, \[\pi = 355/113 \ is \ the \ best \ approximation \]
anonymous
  • anonymous
355/113 is most accurate.
anonymous
  • anonymous
http://www.tomdukich.com/math%20pi%20decimal%20matrix.jpg
hba
  • hba
^ How many digits did you go till ?
anonymous
  • anonymous
No idea lol

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