All the factors of 1000 have an infinite number of multiples.
Each integer has a finite number of factors and an infinite number of multiples.
142 has an infinite number of multiples and four factors. The factors are 1, 2, 71, 142.
The only number that is both a multiple of a number and a factor of that same number is the number itself. Multiples of a number are equal to or bigger than the number, while factors are equal to or smaller than the number.
Factors go into the number evenly, the number goes into multiples evenly.
Factors go into the number. The number goes into multiples.
Multiples. Numbers have an infinite number of multiples.
Factor is a number that can be multiplied with a particular number to obtain another number. Conversely, multiples are the product, which is reached after multiplying the number by an integer. The number of factors of a particular number is limited, but the number of multiples of a given number is endless.
Maybe that the factors of the number are also factors of the number's multiples?
They are the factors.
Any finite number has a finite number of factors, but an infinite number of multiples.
All factors of a number n will be factors of any multiple of n. All multiples of a number n will be multiples of any factor of n.
No number has the exact same multiples. Factors and multiples of 12 will have some of the same multiples.
This is a nonsensical question. There are more than 13 multiples of 10 - in fact there are an infinite number. And there are multiples of 10 which have an infinite number of factors - so there cannot be a "largest" number of factors.