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Recent questions tagged boolean-algebra

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32
MorrisMano 2017 Ex 2.6 d)
Reduce the following Boolean expression to the required number of literals (A+C+D)(A+C+D')(A+C+D)(A+B')
Reduce the following Boolean expression to the required number of literals(A+C+D)(A+C+D')(A+C+D)(A+B')
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1 answer
33
Digital logic and computer design Morris Mano 2017 Exercise 2.7 pg no 62
Find the complement of the following Boolean functions and reduce them to a minimum number of literals a) (BC'+A'D)(AB'+CD') b)B'D+A'BC'+ACD+A'BC c)[(AB)'A][(AB)'B] d)AB'+C'D'
Find the complement of the following Boolean functions and reduce them to a minimum number of literalsa) (BC'+A'D)(AB'+CD')b)B'D+A'BC'+ACD+A'BCc)[(AB)'A][(AB)'B]d)AB'+C'D...
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4 votes
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35
3 input EX-NOR Gate and Its Associativity - Digital Logic
Does EX-NOR Gate follow Associativity ? How 3 input EX-NOR function is equal to 3 input EX-OR function ?
Does EX-NOR Gate follow Associativity ?How 3 input EX-NOR function is equal to 3 input EX-OR function ?
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1 votes
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37
GO Classes 2023 | IIITH Mock Test 1 | Question: 34
The possible number of Boolean function of 3 variables $X, Y$ and $Z$ such that $f(X, Y, Z)=f\left(X^{\prime}, Y^{\prime}, Z^{\prime}\right)$ $8$ $16$ $64$ $32$
The possible number of Boolean function of 3 variables $X, Y$ and $Z$ such that $f(X, Y, Z)=f\left(X^{\prime}, Y^{\prime}, Z^{\prime}\right)$$8$$16$$64$$32$
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