A multiple of a number is that number multiplied by an integer. It is obviously not possible to get "all multiples" of any number.
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There are an infinite number of multiples of any single number.
Also, there are an infinite number of quantities written with a single digit. Besides the
19 whole numbers from -9 to +9, there are also all the numbers like .4 and -.0007 .
So the answer to your question would consist of an infinite number of lists, with
an infinite number of items on each list.
We're both slightly busy at the moment. Maybe we'll get back to you.
All numbers have an infinite amount of multiples.
Every number has 1 as a factor.
Since you didn't specify a single number, and all numbers are multiples of themselves, the five smallest multiples are the counting numbers 1 to 5.
That isn't true.
25%
There are 720 of them. The three digit counting numbers are 100-999. All multiples of 5 have their last digit as 0 or 5. There are 9 possible numbers {1-9} for the first digit, There are 10 possible numbers {0-9} for each of the first digits, There are 8 possible numbers {1-4, 6-9} for each of the first two digits, Making 9 x 10 x 8 = 720 possible 3 digit counting numbers not multiples of 5.
2250
All of the counting numbers are multiples of ' 1 '.
-- All but one of them are greater than 8 . -- All but one of them are written with more than 1 digit. -- All are multiples of 4 . -- All are multiples of 2 . -- All are even numbers. -- All are positive, real, natural, integers.
All of those numbers have an infinite amount of multiples.
All of those numbers have an infinite number of multiples.
All numbers have an infinite amount of multiples.
All numbers have an infinite amount of multiples.
101
Every number has 1 as a factor.
There is no such ratio that applies for all single-digit and double-digit integers.
All of them.