14 14 votes The Boolean function obtained by adding an inverter to each and every input of an $\text{AND}$ gate is: $\text{OR}$ $\text{XOR}$ $\text{NAND}$ $\text{NOR}$ None of the above Digital Logic tifr2015 digital-logic combinational-circuit digital-circuits + – Misbah Ghaya 3.6k views answer comment Share Follow Print See all 7 Comments 7 7 Comments reply Show 4 previous comments Satbir commented Dec 5, 2019 reply Follow flag $A$ $B$ $A'$ $B'$ $A'.B'$ 0 0 1 1 1 0 1 1 0 1 1 0 0 1 1 1 1 0 0 0 We are getting NOR as output 2 2 replyShare `JEET commented Dec 5, 2019 reply Follow flag Oh yes that was the mistake. I was comparing with A and B and not A' and B'. Thanks Man!! 0 0 replyShare Deepak Poonia commented May 28, 2024 reply Follow flag Detailed Video Solutions: https://www.youtube.com/watch?v=nobpOJv3mfM&t=2515s 1 1 replyShare Please log in or register to add a comment.
Best answer 17 17 votes Invert-AND = NOR For example, $A'B' = \overline{A+B}$ $[$Note : Invert-OR = NAND, $A'+B' = \overline{A.B}]$ Praveen Saini answered Dec 2, 2015 • selected Dec 2, 2015 by Umang Raman Praveen Saini comment Share Follow 0 reply Please log in or register to add a comment.
