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.
It means nothing at all. Every whole number, except 1, can be divided evenly by 1. Which leaves 1 which can be divided evenly by -1. Thus every whole number can be divided evenly by another whole number.
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.
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.
It means nothing at all. Every whole number, except 1, can be divided evenly by 1. Which leaves 1 which can be divided evenly by -1. Thus every whole number can be divided evenly by another whole number.
A factor.
It can be divided into that number evenly with no remainder.
If a number can be evenly divided by another number, the smaller number is a factor of the larger number.
Any number that ends with a 5, such as 165, can be divided evenly by the number 5.Another PerspectiveWe define an even number as any integer divisible by two with no remainders. In that sense, 165 cannot be divided evenly. See related link below.
The second number is a factor of the first.
Yes! Only factors of number N can be divided into N with no remainder (that is why they are factors).
A product is the answer to a multiplication problem. A multiple is a number that can be evenly divided by another number.