...you first. This is Homework Help, remember. We will help, you must put in the work and show it.Analyze the network shown[...]
I don't even know where to start. How do you convert those blocks into gates? Should I start by doing some truth tables?...you first. This is Homework Help, remember. We will help, you must put in the work and show it.
Thank you! I am going to read the chapter again and come back when I have some progress.What? Is this a homework problem that you are assigning to us?
You need to show YOUR efforts to solve YOUR homework. Then we can see where you are going right and wrong and help YOU move closer to a solution.
Take your best shot. In particular, see if you can leverage the hint to significantly reduce the complexity of the problem. It's actually pretty easy if you break it up into two smaller problems, but it is pretty daunting if you try to tackle it all at once since you have eight inputs and, hence, 256 rows in your brute force truth table.
If that is truly the case, then a good place to start would be getting a drop slip and a change of major form. Otherwise, you need to start swinging, even if the swings aren't too good at first.I don't even know where to start.
You could do that and it would technically meet the letter of the problem as given above. But you can do it in far, far fewer gates than that.How do you convert those blocks into gates?
Not blindly, since you will have a 256 entry table and doing K-maps (if you know about them yet) on eight variables is NOT fun (six is the usual limit for doing them by hand).Should I start by doing some truth tables?
Not that hard at all, just unnecessary. Both the multiplexers and the decoders are very simple, straightforward circuits.Hello PauAgGiron
If you try to develop each (MUX, Binary Decoder, MUX) box with AND, OR, XOR, and NOR will be very hard.
by Aaron Carman
by Aaron Carman
by Robert Keim
by Aaron Carman