2 and 14
The product is 1254. The sum is 79.
16
The two numbers that have a product of 64 and a sum of 16 are 8 and 8. Since both numbers are the same, their product is (8 \times 8 = 64) and their sum is (8 + 8 = 16).
A single number cannot have a sum or a product - a sum or product is used to compare two or more numbers.
It is positive as for example: -2*-2*-2*-2 = 16
The product is 1254. The sum is 79.
16 16 + 2(sqrt16) = 24 16 + 2(4) = 24 16 + 8 = 24
16
The two numbers that have a product of 64 and a sum of 16 are 8 and 8. Since both numbers are the same, their product is (8 \times 8 = 64) and their sum is (8 + 8 = 16).
A single number cannot have a sum or a product - a sum or product is used to compare two or more numbers.
It is positive as for example: -2*-2*-2*-2 = 16
16 and 17
The pairs of numbers that multiply to equal 32 include (1, 32), (2, 16), (4, 8), and (8, 4). Additionally, negative pairs such as (-1, -32), (-2, -16), and (-4, -8) also multiply to yield 32. These pairs represent all the integer combinations that result in the product of 32.
The product of four and four is 16, and the sum of four and four is 8. Dividing the product by the sum, we have 16 divided by 8, which equals 2. Therefore, the quotient is 2.
The answer is 4 and 12. You can start by listing all the factors of 48, like 2 and 24, 1, and 48, 3 and 16, and 4 and 12. You check to see which of these pairs add up to 16.
Sum: 16 Product: 48 Difference: 8 Quotient: 3
31