A prime number has only 2 factors which are 1 and itself. Composite numbers are everything else except 1 and 0. 1 and 0 are neither prime, nor composite. Pi is neither.
No, Only natural numbers can be prime.
Pi is irrational. Irrational numbers, by definition, have no factors.
YES! the number pi is endless
(pi) itself is an irrational number. The only multiples of it that can be rational are (pi) x (a rational number/pi) .
Prime numbers are by definition the integers pi whose only divisors are -pi, -1, 1, pi .-1 and 1 are not considered prime numbers.
I'm taking that to mean the earliest string of 7 digits in pi which are a prime number. There's one just three decimal places in: 3.141592653, and it actually overlaps with the next one, 6535897.
A prime number has only 2 factors which are 1 and itself. Composite numbers are everything else except 1 and 0. 1 and 0 are neither prime, nor composite. Pi is neither.
No, Only natural numbers can be prime.
Not sure what you're talking about, but possibly the prime counting function? pi(x) is the number of prime numbers less than or equal to x. e.g. pi(5) is 3 because there are 3 prime numbers (2, 3, 5) less than or equal to 5.
±√2, ±√3 ±√5. basically ±√[Any prime number, along with a select few composite numbers] and pi, as well as±√pi. And that's just to name a few!
If you mean the number pi, you can't have a "large amount of pi" or a "small amount of pi" - the number pi will always be the number pi (approximately 3.1416).
Pi is irrational. Irrational numbers, by definition, have no factors.
the number is that you use for pi is 3.14 the number is that you use for pi is 3.14
Pi is a real number
That there are an infinite number of prime numbers. Before we look an explanation or proof, we must agree on some points 1. The term number means whole number or integer 2. A prime number is any number that has only 2 factors (1 and itself). 3. All numbers are either prime or the product of 1 or more primes; try and find a number that you cannot generate as the product of primes (e.g. 8 = 2x2x2; 36 = 2x2x3x3). Now: If you take any two or more prime numbers and find their product the resulting number will have the prime numbers used as factors. However, if you add 1 to the number then the prime numbers you used to produce this number will now no longer be factors of this new number. Example 2,3,5 (first three prime numbers) 2x3x5 = 30 30 +1 =31 - now 2,3 and 5 are not factors as you will always have a remainder of 1 if you divide by any of the three original prime factors (2,3 or 5). If you take all of the known prime numbers and find the product of all of these prime numbers we get a new number (call it Product of Primes or PP), PP will have all the know primes as its factors. If we now add one to PP (PP + 1=N) we will get a number, N, that will have none of the known primes as a factor. If we say that the highest value prime number known (that we used to generate PP) is Pi then N must either be prime or have a prime factor greater than Pi and thus Pi is not the highest prime number. Therefore there are an infinite number of prime numbers.
Pi is a number. There are no fractals of pi.