00:04
Okay, so we have sets here, two different sets for a, and we want to find a to the third power.
00:10
A to the third power is another way to write a times a times a, and anytime we write sets as multiplication, it ends up becoming almost like a coordinate point.
00:20
So elements in this set are going to have three, um, kind of, uh, values of points, almost.
00:30
Um, the first one is going to come from a, the second one's going to come from the second a, and the third one's going to come from the third a.
00:37
And we want to write all possible combinations for this.
00:40
So for our first one, um, we only have one option in a, so that means that the first element of our set has to have an a in the first spot, an a in the second spot, and an a in the third spot...