-104
16.42443 and 6.57557 (both rounded)If the "108" was actually "-108", then they would be 27 and -4 .
-85
The answer for this simple sum is only 1089 x 12 = 108
120
22998
The only prime factors of 108 are 2 and 3.
-141
16.42443 and 6.57557 (both rounded)If the "108" was actually "-108", then they would be 27 and -4 .
ab = 108 => a != 0, b != 0 so we CAN write b = 108 / a a + 108 / a = 56 Multiply both side by a a^2 + 108 = 56a. It's a simple quadratic equation, it will always have a solution over the Complex number, may be even REAL roots. so when you are done with a, move on to b. This is hardly abstract.
-85
1 and 108 2 and 54 3 and 36 4 and 27 6 and 18 9 and 12 (There are infinitely more numbers [that are not whole numbers] that you can multiply together to get the same answer)
54 x 2=108
216
The answer for this simple sum is only 1089 x 12 = 108
Oh, dude, that's easy! So, like, if you're looking for two numbers that, when multiplied, equal 108, you could go with 9 and 12. Because, you know, 9 times 12 is 108. It's like basic math, man.
The prime numbers (factors) of 108 are: 2 and 3
Two numbers that can be added to get 108 and are divisible by six are 54 and 54. Both numbers are equal, and when added together, they total 108. Additionally, 54 is divisible by six, as 54 ÷ 6 = 9.