There's only one. 2 x 2 x 13
Prime factorizations are expressions of numbers as products of prime factors. The prime factorization of 30 is 2 x 3 x 5.
36=4x9=2x2x3x3, or, if you like, 36=6x6=2x3x2x3
2 and 7
52 spokes on a racing cycle
2,3,5,7,11,13,17,19,23,29,31,37,41,43,47,53,59,61,67,71,73,79,83,89,97 101,103,107,109,113 those r all of em'
16
The term "main prime factor" is interpreted as "prime factor" (all prime factors are main prime factors).Since 73 is prime, your question can be generalized to:What are the prime factors of a prime?You may know that all numbers have a unique factorization in primes. This is a theorem. What you need is the definition of a prime number to prove this theorem in the first place.A number which has only two divisors, namely 1 and the number itself, is called prime. Hence, by definition, the prime factors of a prime are the prime and 1.So your question is trivial, asking to recognize 73 to be a prime. The answer is 73.The question of how to determine that 73 is prime is a good one.Basically you can prove it by noting that it can not be divided by any prime smaller than 73^(1/2) < 8:73 / 2 = 36 R 1 -- the expression n R m means n with remainder m73 / 3 = 24 R 173 / 5 = 14 R 373 / 7 = 10 R 3Hence (since 2, 3, 5 and 7 are all primes smaller than 8), 73 is prime.2 is prime (there is not integer between 1 and 2)3 is prime, since 3/2 = 1 R 15 is prime, since 5/2 = 2 R 1 (we do not need to test with 3, because 5 < 3^2)7 is prime, since 7/2 = 3 R 1 (we do not need to test with 3, because 7 < 3^2)
If u r asking what 52 kg is in lbs. then the answer in 114.64. if not idk
We know that a prime number is a positive integer greater than 1, whose divisors are 1 and itself. We know that the only even prime number is 2. That means that all other prime numbers are odd numbers.We know that when we add two odd numbers the result is an even number, which are not prime numbers (expect 2, and 2 = 1 + 1 where 1 is odd but is neither prime nor composite). Thus adding two odd prime numbers cannot give us another prime number.We show that the conclusion follows from the premise:Assume that r = p + q where all r, p and q are prime numbers, then we have that r is either even or not:If r is even then r is at least 4 (the smallest number which is the sum of two primes) and thus not a prime number. This contradicts the assumption that r is a prime number, and therefore we conclude that r is not even.If r is odd then either p or q must be odd and the other one must be even, since both p and q are prime numbers one of them must be 2 (the only even prime number).2 + 3 = 5, 2 + 17 = 19, are examples of such numbers.
If r is an integer then r = 1, 2 or 4.
R. A. Salvatore is 52 years old (birthdate: January 20, 1959).
Remember for circle equations. C = 2 pi r Algebraically rearrange r = C / ( 2 pi) Substitute r = 52 / ( 3.1416 x 2) Cancel down by '2' r = 26/ 3.1416 r = 8.27605... r = 8.28 ( To nearest hundredth).