We know that one of these numbers is a whole number, but we don't know what kind of number the other is, so this statement doesn't tell us anything. We can make different assumptions about the first number, though, and make conclusions that way.
Let X be the first number of unknown type, and Y be the whole number, "whole number" meaning the subset {0, 1, 2, 3, …} of the integers. Then:
You can make other rules like this for other situations.
A square number.
That is known as a factor.
Yes, that is true.
38
In that case, the product will be the same as the original number.
A square number.
That is known as a factor.
Any fraction can be multiplied by a whole number so that the product is a whole number. Simply multiply the fraction (in rational form) by its denominator.
The product of a given number and another number is the first number multiplied by the second.
Yes. What else would it be?
Yes, that is true.
38
any number you wnat could be 5 * 6 or 7 * 8 multiplying is the same thing as finding the product
In that case, the product will be the same as the original number.
The question does not have an answer. An even number multiplied by any other whole number (odd or even) gives an answer that is even.
The numerator of the fraction is multiplied by the whole number.
nvm