## Multiple-input Gates

Please let me know if you have any other questions or difficulties. We conclude that the answer to the initial question is: It is equivalent to an Exclusive-OR gate with an inverted output.

### Exclusive or - Wikipedia

Hi, I am new to excel. November 9, at 2: February 7, at Figure 1. November 21, at 7: Up to him to use my answer if he likes and tailor it to his needs.

How can I do that? Is that where there is only one variable populated and its value is GGG? Guy's please help to fixed the formula in below condition. In linking truth tables to numbers via the binary system, we represent the Boolean value True with the binary digit 1 , and the value False with the binary digit 0 , respectively.

Hi, can you help with how do i use 'one of' constraint: Which are the three parameters which solve the OR problem?

Why would one want to get such ridiculous results? Ask Question. March 27, at Sneha H. Exclusive disjunction essentially means 'either one, but not both nor none'. Can you help at all? Also, feel free to get in touch with me on Linkedin! Thanks for your kind support. By using our site, you acknowledge that you have read and understand our Cookie Policy , Privacy Policy , and our Terms of Service. If Mr. Modulo 2 gates with an arbitrary number of inputs can be produced from simple two-input XOR gates.

The XOR function is frequently used in digital circuits to manipulate signals that represent binary numbersâ€”these circuits will be presented in a later module.

Ron says: BUT The blank cells are coming up with "Jan" where it should be a blank "" as in the formula above. December 7, at 2: Thanks for the answer, though. Would you like to answer one of these unanswered questions instead? Load More Articles. The fundamental question is: Its truth table, actually, is identical to a NOR gate:.

I have two possible outcomes for my formula - either cell 'J' if cell E is greater or equal to cell G and less than or equal to cell H or cell 'K' if cell E is less than cell G or greater than cell H.