Haha damn my physics teacher. He told me this would be a good thing to right my report about, guess he included a trick question in there for me.
Thanks :) Now maybe i can get some sleep
Im not sure i can.
Because like you said, NOT gate has 1 input and 1 output. You can't connect 1 output to 2 inputs, it wouldn't work.
So a NOT NAND gate is impossible?
What about a NAND NOT?
I could see how that works. It takes the output value of the NAND, than negates it.
So a NAND NOT...
No it doesn't but thanks anyway.
(It might but i don't understand how i can use it)
EDIT:
A & B = Inputs
O = Output
- = NOT
-(A^B) = NAND
NOT NAND = --(A^B) = (A^B) = AND (Is this correct?)
NAND NOT = -(A^B)-O = ? (I have absolutely no idea with this one, i don't even know how to set this...
(logic) The statement that the negation of the negation of A implies A, for any proposition A.
Ok so NOT is a negation. And NAND is the negation of AND.
So NOT NAND(negation of the negation of A) = AND
NAND NOT (Negation of A Negated) = NAND?
Sorry I am still not getting this completely.
Homework Statement
What happens when you place a NOT gate before and after a NAND gate
Homework Equations
Current Research(My own work):
NOT Gate: A NOT gate is also known as an inverter. It is a logic gate which implements a methodology best known in maths as Logical Negation. In other...