2,3,5
There are NO patterns in primes - anywhere. If you find one, your name will go down in mathematical legend!
7*2*5
Write down the numbers from 1000 to 9999.
Not really. You just have to try different numbers. As to patterns, the probability of finding a prime goes down for higher numbers. The number of prime numbers up to a number "n" is roughly equal to n / ln(n), where ln() is the natural logarithm function.
53 and 59
2,3,5
Scroll down to related links and look at "List of prime numbers - Wikipedia".
That's a theoretically infinite list. I can't write down an infinite list.
501
41 43 47 53 59 61 67 71 73 79 83 87 89 97
Write down all the numbers between 4 and 40. Cross out the prime numbers and count them. You need to do your own math and getting the answer here won't help you pass your state standards.
1751 6817x3 4x172x2you circle the prime numbers and break down the composite numbers until they are all prime. The circled one on this that is the same between the two is 17.
Well honey, let me break it down for you. The only prime number between 8 and 12 is 11. Why? Because prime numbers are only divisible by 1 and themselves, and honey, 11 fits that bill perfectly. So there you have it, just one prime number strutting its stuff between 8 and 12.
Somewhere in front of you was a list of numbers. The instructions were asking you to break down the numbers and write them as a product of their prime factors. This is known as the prime factorization. The prime factorization of 30 is 2 x 3 x 5.
to find a product of prime factors lets say you have 108 and you have to find the product of prime factors you should divide by 2 and then find the answer so 54, 54 isn't prime so you keep goin until the 2 numbers are prime and then you put down the prime numbers with a times in between. heather age 12
There are NO patterns in primes - anywhere. If you find one, your name will go down in mathematical legend!