Yes, and the multiplier is 1.
every number except has atleast 2 factors
The number itself is the first multiple.
Every whole number (obviously not 0) is a multiple of 1.
Neither. A for every decimal number (which may itself be a whole number), there is a smaller whole number and for every whole number there is a smaller decimal number.
Yes.
yes it is
every number except has atleast 2 factors
1 times a number equals itself. The number is the first on the list of multiples.
If it's a whole-number "multiple" and the number itself is positive,then the multiple is always greater than the number itself.
It has to be a whole number, or else every number would be a multiple of every other number.
The number itself is the first multiple.
Every whole number (obviously not 0) is a multiple of 1.
Every whole number, except 1, satisfies this requirement since it would be the product of 1 and the number itself.
No. Every non-zero whole number is a multiple of 1.
Every whole number that ends with ' 5 ' or ' 0 ' is a multiple of 5 . Every whole number that ends with ' 0 ' is a multiple of 10.
Neither. A for every decimal number (which may itself be a whole number), there is a smaller whole number and for every whole number there is a smaller decimal number.
Yes.
If two whole numbers can be multiplied to give a whole number, then those two numbers are factors.Since every whole number can be expressed as a product of itself and the number 1, 1 and the number itself are factors of every number.One is.
It is the number itself.
Every whole number is a multiple of '1'.
I presume you are interested in the positive whole number multiples of 5 other than 5 itself (every number is a multiple of itself). That would be 10, 15, 20, 25, 30, 35, 40, 45, 50, and 55 (55 is not more than itself). Also, 0 is a multiple of every number, but it is not strictly positive.
1 is a multiple because there is a whole number, really. There is 1 of that number, so that number times 1 is that number. Example: Whole number: 2 2 x 1 (since there is only one 2) = 2.
Zero is a multiple of every whole number. This is because a multiple is defined as the product of a number and an integer, and since 0 multiplied by any integer is always 0, it follows that 0 is a multiple of all whole numbers.
Every whole number that ends with a zero is a multiple of ten. There are an infinite number of them.
It is called a whole number. Every whole number, other than 1 can be divided evenly by 1. 1 itself can be divided evenly by -1. Thus, every whole number can be divided evenly by another whole number.