No, since it has at least two more factors other than one and itself, it's by definition not prime. Any such number would always be composite.
It could be a "term".
When a question is asking for the "product" of a number, it is asking (usually) which two numbers multiplied get you that number. For this problem the answer could be: 1 and 24 2 and 12 3 and 8 4 and 6
It depends on the whole number. The two numbers could be positive or negative which means that the product could be larger or smaller.
NO e.g. 2 x 3 = 6 '2' & '3' are Prime numbers, but '6' is a compound number.
Yes because you could divide it by the first number and get the second number and vise versa i was also id1147693934
Not enough information.
The product of two numbers could be either a composite number or a prime number. If one of those numbers is 1 and the other is a prime number, the result is that prime number. If neither number is 1, the product of the two numbers will be a composite number. If one of those numbers is 1 and the other is not a prime number, the product will not be a prime number. So, in most cases, it will be a composite number.
In number theory, the product of two positive integers will equal the product of their GCF and LCM. Dividing that product by one of them will give you the other.
It would be a multiple. The word "LEAST" (in Least Common Multiple) is a superlative adjective and that means there can be only one. The result would be a least common multiple only if every pair of the numbers were coprime.
It could be a composite number. The exception is if your set of two or more numbers is anything like {-1,-1, 1,1,1,1,p} where p is a prime. The product of these numbers is p, which is a prime.
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It could be because x is already negative, and the product of two negative numbers is a positive one.