Is the product of two integers is always greater than the sum of two integers?

The value of the product of two integers is always greater than the value of their sum it is true or false​ Above statement is false. The value The value of the product of two integers is may greater or lesser or equal to the their sum.

Is the product of two numbers greater than their sum?

The product of two integers is always greater then the sum of the integers.

Can the positive integer P be expressed as a product of two integers each of which is greater than 1?

If the positive integer p cannot be expressed as the product of two integers, each of which is greater than 1, then it simply means that p is a prime number.

Is the product of two integers is always positive?

RULE 2: The product of two positive integers is positive. RULE 3: The product of two negative integers is positive. RULE 1: The quotient of a positive integer and a negative integer is negative. RULE 2: The quotient of two positive integers is positive.

Which is true about the sum of two positive integers?

The sum of two positive integers is always positive.

Is the sum of two integers always greater than the difference between them?

The sum of two integers is always greater than their difference.

Which numbers are greater than the sum of their factors?

An abundant number is sometimes called an excessive number. It’s an integer that is less than the sum of its factors (not including the number itself). Other numbers are greater than or sometimes equal to the sum of their factors. For example, 12 is the first abundant number.

Which is greater sum or product?

If you have a set of positive integers (that is, no duplicates are allowed) then the sum is greater than the product if and only if the set is of the form {1,x}. The sum is equal to the product only for singleton sets {x} and the set {1,2,3}.

What is the product of 2 integers?

The product of two integers with like signs is equal to the product of their absolute values. (i) The product of two positive integers is positive. In this, we take the product of the numerical values of the multiplier and multiplicand. (ii) The product of two negative integers is positive.

When two positive integers are added we get?

(a) When two positive integers are added, we always get a positive integer. (b) When two negative integers are added we always get a negative integer.

What must be true about the integers for the sum to be positive?

Rule: The sum of any integer and its opposite is equal to zero. Summary: Adding two positive integers always yields a positive sum; adding two negative integers always yields a negative sum. To find the sum of a positive and a negative integer, take the absolute value of each integer and then subtract these values.

Which is true about the sum of two negative integers?

The sum of two negative integers is always a negative integer. Negative numbers: When we add two negative numbers, the result will always be a negative number. Hence, on adding negative numbers, the direction of the move will always be to the left side.