3 could be a prime factor but it depends on which number you're trying to find the prime factors of.
You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.
No, the number 9,999 is composite.
find the pime fatorasion
Suppose you have a number N and you want to find its largest prime factor. It is probably easiest to start at the bottom.Find the smallest prime factor, p.Find its factor pair = N/p.If the second number (= N/p) is a prime, then it is the largest prime factor.if not, replace N by N/p and go back to the top.
Prime No: between 1000 to 9999= 54_( 42x3)
You do a factor rainbow to find a prime factorization. You compare prime factorizations to find a greatest common factor.
It is: 32*11*101 = 9999
composite
Whatever you use, 59 is a prime number. Its only prime factor is itself.
3 could be a prime factor but it depends on which number you're trying to find the prime factors of.
9999 = 3^2 x 11 x 101
You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.You divide by one prime after another until you find a factor. Then you repeat the process with the quotient, starting with that factor.
No, the number 9,999 is composite.
2
Use a factor tree. 55 5,11
1,270,2,135