3.1415926 . . .
You calculate the volume of three-dimensional figures, not of numbers like pi.
It looks like the decimal value of Pi - however, some of the digits are wrong... 3.14159265358979
Oh, dude, you're hitting me with some math vibes! So, to find when times pi equals 40, you just divide 40 by pi. That's like 12.73-ish, you know? So, 12.73 times pi is around 40. But, like, who's counting, right?
(pi)(1/pi)=1.4396 ...
pi looks like 3.1415926535897932384626433832795..... as a number and goes on forever.
3.1415926 . . .
It is a letter in the Greek alphabet.
Upper case: ΠLower case: π
Here is a link to a drawing of Pi. It also gives a good explanation of how it works.See related link below for a good explanation
Look up PI’s in your area.
I don't know. Does it look like im greek im brad pit
You should like pi. If we didn't have pi, it would be nearly impossible to know the circumference of a circle or sphere!
It is irrational, just like pi
Pi is one of the letters of the Greek alphabet, and it does look something like II, but not exactly. The top line is continuous. TT is much closer than II.
Pi x r^2 In that Pi is approx. 3.14 and r^2 is the radius squared. Easy way to remember Pi , write 3.14 and flip over paper and read from other side (should look like Pi.e
it starts off 3.1416 then becomes something else using all #s an amount of times.