No it's not
They have a converse relationship. A factor is a number that divides into another, with no remainders. A multiple is something that can be multiplied by another number, to reach the original number that you had. Thus: Original number / a factor = a multiple Multiple * (the correct factor) = original number. "the correct factor", because most number have more than one factor. But only one factor * multiple will give the original number.
When one of two numbers is a multiple of the other, the LCM is the larger number.
Divide the smaller number into the larger number. If it comes out evenly with no remainder, the larger number is a multiple of the smaller number. All even numbers are multiples of two.
Yes, unless the original number is 0 or 1.
The LCM is the larger number.
If one number is a multiple of another, then their LCM is the larger number.
Divide the larger number by the smaller one. If the answer is an integer, the larger number is a multiple of the smaller.
No, a multiple is not always greater than the original number. A multiple of a number is obtained by multiplying that number by an integer. For example, the first multiple of any positive number is the number itself, and for zero, all multiples are zero. In the case of negative numbers, multiples can also be less than the original number.
The larger number.
The smaller number is a factor of the larger number, and the larger number is a multiple of the smaller.
The larger number.
I think this says that if you multiply a number by 1, you get the original number as the answer.