0:00
Hello.
00:01
So we have three circuits that we're looking at.
00:06
Let's look at circuit a.
00:08
The first block, we have an a or b.
00:12
So the output for this is going to be a plus b.
00:15
And the second block is a not c.
00:18
So the output for this is going to be a, not c.
00:23
And the final block is an end of both outputs, meaning the final output is going to be f is equal.
00:39
To a plus b times not c now for block b a slightly more complex circuit the first block is the same we have an a or excuse me we have an a and b slightly different this output comes out to be a times b not a plus b like we did before the second block has a c input that goes into an and gate with a so it's going to be a times c now we're not done yet because then there is a knot gate after the a times c.
01:41
So your output is actually going to be not a times c.
01:47
And finally, there's an orgate combining the outputs of the first block and the not gate.
01:53
So you're left with an output of f is equal to a times b plus a times c because of the or gate at the very end.
02:02
And then lastly, we're looking at our third circuit.
02:05
So our third circuit is about the same complexity as the second circuit...