No two 'digits' can do that, but it can be done
with two integers in several different ways:
16.42443 and 6.57557 (both rounded)If the "108" was actually "-108", then they would be 27 and -4 .
216
The only prime factors of 108 are 2 and 3.
54 x 2=108
The two digits that multiply to make 1296 are 36 and 36. This is because 36 x 36 = 1296. Alternatively, if you're looking for two distinct digits, you can also consider the factors of 1296, which include pairs like 12 and 108, or 18 and 72, among others.
-104
16.42443 and 6.57557 (both rounded)If the "108" was actually "-108", then they would be 27 and -4 .
Three numbers that multiply to make 108 are 2, 6, and 9, since (2 \times 6 \times 9 = 108). Another combination could be 3, 3, and 12, as (3 \times 3 \times 12 = 108). There are multiple sets of factors that can yield the same product.
12 times 9 = 108
108:):)
1.08 × 100 = 108 %
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.