Pi is not a natural number. Natural numbers are just the regular set of numbers used for counting (1, 2, 3, 4, ...). Pi, being not even a whole number, is not natural.
Pi is not a natural number. Natural numbers are just the regular set of numbers used for counting (1, 2, 3, 4, ...). Pi, being not even a whole number, is not natural.
i * pi / 2.
Pi minus 2, Square root of 3, fourth root of 8, Natural Log of 7, e (base of natural logs), pi squared,.... There are an infinite number of them.
No, Only natural numbers can be prime.
pi is not a integer any of the natural numbers (positive or negative) or zero; "an integer is a number that is not a fraction"- since pi has a decimal it isn't considered a integer
Nobody because its a natural fact that the circumference of a circle divided by its diameter is always equal to pi.
-1 it's a special equation
Pi is a natural constant of the ratio circumference divided by diameter. That ratio cannot have any unit.
Assuming you are asking about the natural logarithms (base e):log (-1) = i x pithereforelog (log -1) = log (i x pi) = log i + log pi = (pi/2)i + log pi which is approximately 1.14472989 + 1.57079633 i
In "Life of Pi," the protagonist Pi always felt that he was at the center of a spiritual and emotional journey that connected him with the divine and the natural world around him. This feeling of being at the center of this cosmic and personal exploration helped him find meaning and purpose in his experiences.
That's Lisa Hoffman but I am afraid it was a quote about marriage not love, still I see 'Love' in most of the places around web "Marriage is like pi - natural, irrational, and very important" - Lisa Hoffman
E to the pi i equals negative one because of a string of properties. Namely logarithmic properties. When you take the natural log of both sides you are able to bring the exponent of pi and i down. And replace the ln of e with 1. When you keep the natural log of negative 1 you get 3.145....i or pi times i. To understand this natural log place you must go back to the original equation E^pi i. When you take the i root of both sides you get e to the pi alone, and have the i root of negative one. By doing this you are just raising negative 1 to the inverse of i, negative i. When you do this you end up with 23.14069263....... because of derivatives. Guess what e to the pi is. you guessed right 23.14069263. This is commonly known as Eulers's identity. If you want the more in depth understanding google it, or bing whatever you prefer.