Negative 6;
-6+-6=-12
-6x-6=36
12 and -2
The two positive integers whose product is 35 are 5 and 7. When multiplied together, 5 × 7 equals 35. These are the only pair of positive integers that yield this product.
For each pair of such integers, find the difference between the absolute values of the two integers and allocate the sign of the bigger number to it.
12 x -7 = -84 12 + (-7) = 5
Two integers that can be multiplied to get 180 are 12 and 15, since 12 × 15 = 180. Another pair is 9 and 20, as 9 × 20 also equals 180. There are multiple pairs of integers that can achieve this product.
12 and -2
The two positive integers whose product is 35 are 5 and 7. When multiplied together, 5 × 7 equals 35. These are the only pair of positive integers that yield this product.
The LCM of 20 and 21 is 420. The LCM of any pair of consecutive integers is their product.
For each pair of such integers, find the difference between the absolute values of the two integers and allocate the sign of the bigger number to it.
12 x -7 = -84 12 + (-7) = 5
Two integers that can be multiplied to get 180 are 12 and 15, since 12 × 15 = 180. Another pair is 9 and 20, as 9 × 20 also equals 180. There are multiple pairs of integers that can achieve this product.
22050
The sign of an odd number of negative integers is negative. When you multiply an odd number of negative numbers together, the result is negative because each pair of negative numbers yields a positive product, and one negative number remains unpaired. This principle holds true regardless of how many negative integers are multiplied, as long as their quantity is odd.
1,2,9,14,5,6,13,4,3,10,7,12,11,8,15
There is no pair of consecutive even integers whose sum is 264 - as their average is divisible by 4, that must mean that the sum of the unit digits of each of the pair of numbers could never be a multiple of 4 - which 264 is.
The factor pairs of 15 are (15,1)(5,3) Neither of them add up to 11. No integers fulfill your request.
You cannot. The sum of negative integers will be negative.