Discussion :: Computer Fundamentals - Section 11 (Q.No.50)
- Computer Fundamentals - Section 1
- Computer Fundamentals - Section 2
- Computer Fundamentals - Section 3
- Computer Fundamentals - Section 4
- Computer Fundamentals - Section 5
- Computer Fundamentals - Section 6
- Computer Fundamentals - Section 7
- Computer Fundamentals - Section 8
- Computer Fundamentals - Section 9
- Computer Fundamentals - Section 10
- «« Computer Fundamentals - Section 11
- Computer Fundamentals - Section 12
- Computer Fundamentals - Section 13
- Computer Fundamentals - Section 14
- Computer Fundamentals - Section 15
- Computer Fundamentals - Section 16
- Computer Fundamentals - Section 17
| Neeraj P-Al said: (Aug 16, 2013) | |
| NOR gate is a digital logic gate. It implements logical NOR. It behaves according to the truth table to the right. A HIGH output (1) results if both the inputs to the gate are LOW (0). If one or both input is HIGH (1), a LOW output (0) results. NOR is the result of the negation of the OR operator. It can also be seen as an AND gate with all the inputs inverted. NOR is a functionally complete operation. It combinations of NOR gates can be combined to generate any other logical function. |
|
| Shewangizaw Bogale said: (Mar 4, 2017) | |
| NAND can also be another possible answer. Let us perform 0 NAND 0 -----> 0 AND 0 -- result 0 , then Not 0 --- result 1. So it can also be the answer. |
|
Post your comments here:
Name *:
Email : (optional)
» Your comments will be displayed only after manual approval.