Divide those 5 into your number. The whole number quotients will also be factors.
Factors are just numbers. Multiply them the way you would any other number.
When no other number can be divided into it except 1
The first step in identifying factors would be to break a number down into its prime factors. In this case, the number 67 is already prime, so cannot be broken down any further. Thus, the only factors of 67 are 1 and 67. The factors of any prime number are always just 1 and itself.
This would depend on a lot of other factors. What taxes were already paid to other things such as dependents and other deductibles.
The common factors for 35 would depend upon the other number(s) with which the 35 has factors in common, but they would be drawn from the factors of 35, namely: 1, 5, 7, 35.
if a number has an odd number of factors it would be a perfect square
if a number has an odd number of factors it would be a perfect square
The numerator and denominator of fractions are just whole numbers and have factors like any other number. Factor them as you would any regular whole number.
to get the factors of a number you figure out what numbers multiplied together would equal the number youre trying to get factors for
A number will have an odd number of factors if and only if one of those factors is the square root of the number. This is because any factor of a number you can find must pair up with another factor of that number, and multiply to give the number. The only exception is when the factor would be paired with itself. In other words, be the square root. 81 is a square number, and so the factor 9 (square root of 81) will not pair with any other factor, meaning 81 will have an odd number of factors. 40 has an even number of factors, because it is not a square number, and so all its factors can pair up.
No; that would be a prime. A number is composite if it has factors other than the trivial ones (i.e. other than 1 and itself).
The factors for the number 38 would be 1,2 and 19. This is a math problem.