Since multiples are the numbers produced when that number is repeatedly added. if we add 1 repeatedly we can obtain any natural number. So the answer is YES
Yes, every counting number is a multiple of itself.
Every whole number (obviously not 0) is a multiple of 1.
Yes, 1 is the smallest multiple of every number. A multiple of a number is defined as that number multiplied by an integer, and since any number multiplied by 1 equals itself, 1 is considered a multiple of every number. Additionally, it is important to note that while 1 is a common multiple, it is the smallest positive integer and thus qualifies as the smallest multiple for all integers.
Any number that is not a fraction, percent, decimal, or negative is a whole number. Counting numbers are whole numbers. Counting numbers are 1, 2, 3, 4, 5,... Zero is a whole number. So yes, every integer greater then negative one is a whole number, and so is -1 and every integer less than -1.
The least number that is divisible by the first 12 counting numbers (1 through 12) is known as the least common multiple (LCM) of those numbers. The LCM of 1 through 12 is 27720. This means that 27720 is the smallest number that can be evenly divided by each of the first 12 counting numbers.
Yes, every counting number is a multiple of itself.
1 is a factor for every number that you can possibly think of.
Every whole number (obviously not 0) is a multiple of 1.
1
1
Every number is a multiple of 1
countable
Yes, 1 is the smallest multiple of every number. A multiple of a number is defined as that number multiplied by an integer, and since any number multiplied by 1 equals itself, 1 is considered a multiple of every number. Additionally, it is important to note that while 1 is a common multiple, it is the smallest positive integer and thus qualifies as the smallest multiple for all integers.
Yes. And that multiple is 1.
No. Every non-zero whole number is a multiple of 1.
Every whole number is a multiple of '1'.
Every multiple of any number (except 0 or 1) is composite.