No.
A number can have an infinite number of multiples since multiples are obtained by multiplying the number by a whole number.
No.
No. Whatever multiple of the number you think might be the limit, you can always add the whole number again and have a larger multiple.
The limit is infinity if the factors do not have to be whole numbers. If you stipulate that the factors have to be whole numbers, then, yes, for each number, there is a limit to how many factors it has. For example, the number 4 has only 3 whole-number factors: 1, 2, and 4.
There are infinitely many multiples, just as there are infinitely many numbers. Just use the definition of "multiple". If you multiply 244 by any whole number, you get one of its multiples.
Mathematically speaking, there are infinitely many multiples of 365 (or of any other number) since you can multiply it by any whole number, of which there are infinitely many. Here's an example: 365 x 2 = 730.
The number 10 has an infinite number of multiples, as multiples are generated by multiplying 10 by any integer. For example, multiplying 10 by 1, 2, 3, and so on yields 10, 20, 30, etc. Since there is no limit to the integers you can use for multiplication, the multiples of 10 extend indefinitely.
Every number has infinitely many multiples.
Any number has an infinite number of multiples.
' 1 ' is a factor of every whole number . . . . . 100 of them' 2 ' is a factor of every even number . . . . . 50 of them' 3 ' has 33 multiples up to 100 . . . . . 33 of them' 4 ' has 25 multiples up to 100 . . . . . 25 of them' 5 ' has 20 multiples up to 100 . . . . . 20 of them' 6 ' has 16 multiples up to 100 . . . . . 16 of them' 7 ' has 14 multiples up to 100 . . . . . 14 of them' 8 ' has 12 multiples up to 100 . . . . . 12 of them' 9 ' has 11 multiples up to 100 . . . . . 11 of themTotal . . . . . . . . . . . . . . . . . . . . . . . . . 281 one-digit factors in all whole numbers 1 to 100 .
150150 has an infinite number of multiples.
There are an infinite number of multiples of six.