Find the prime factorizations for the number. write your answers so the products are in order from least to greatest. you may choose to write repeated factors with or without exponent. type exponents like 5^3."how do i find the answer? "

To find the answer you have to know you divisibility rule as always in this case. 2- if the end of a number is even than it's divisible by 2 like 9,588 3- if the sum of its digits is divisible by three like 27= 2+7=9 divided by 3 4- if it's last two digits from a number that is divisible by 4 like 62,952,; 52 divided by 4 =13; 52 is divisible by 4; 62,952 is divisible by 4 5- if it's last digit is 5 or 0 like 985 ends with 5 and is divisible by 5 6- if it is even and if the sum of its digit is divisible by 3 like 3,186 is even the sum of its digit (18) is divisible by 3 8- if it's last three digits form a number that is divisible by 8 like 915,104; 104 divisible by 8; 915,104 is divisible by 8 9- if the sum of its digits is divisible by 9 like 305,253; 3 + 0 + 5 + 2 + 5 + 3 =18 is divisible by 9; 915,104 is divisible by 9 10- if it's last digit is 0 like 345,120 is divisible by 10 I think this didn't answer to what your saying, but your question seems to be. I hope this at least help your divisibility rules with those big numbers.