-1, -3 and -8
They could be: 12*12 = 144 and 12+12 = 24
If you solve by trial and error you can start with the sum of two consecutive odd integers. 5+7=12 no 7+9=16 no 9+11=20 no 11+13=24 yes. Then put the 4 numbers you're looking for 9, 11, 13, 15. Or you can use algebra logic. x+x+2=24 2x+2=24 2x=22 x=11 Then 9,11,13,15
There are 22 integers between them.
The sum is greater than 24.
All of the [positive] whole-number factors of 24 are: 1, 2, 3, 4, 6, 8, 12, and 24. Their sum is 60.
12 and -2
Their product is 143.
8+4=12
7+8+9=24 7x8x9=504
-8 and -3
24
-4 and -6
They could be: 12*12 = 144 and 12+12 = 24
35
8 and 248 * 24 = 1928 + 24 = 32
-19
-4 and -6