Question 1 |

Consider a Boolean function f(w,x,y,z) such that

\begin{array}{lll} f(w,0,0,z) & = & 1 \\ f(1,x,1,z) & =& x+z \\ f(w,1,y,z) & = & wz +y \end{array}

The number of literals in the minimal sum-of-products expression of f is ________

\begin{array}{lll} f(w,0,0,z) & = & 1 \\ f(1,x,1,z) & =& x+z \\ f(w,1,y,z) & = & wz +y \end{array}

The number of literals in the minimal sum-of-products expression of f is ________

4 | |

6 | |

8 | |

9 |

Question 1 Explanation:

Question 2 |

Consider the following Boolean expression.

F=(X+Y+Z)(\overline X +Y)(\overline Y +Z)

Which of the following Boolean expressions is/are equivalent to \overline F (complement of F)?

F=(X+Y+Z)(\overline X +Y)(\overline Y +Z)

Which of the following Boolean expressions is/are equivalent to \overline F (complement of F)?

**[MSQ]**(\overline X +\overline Y +\overline Z)(X+\overline Y)(Y+\overline Z) | |

X\overline Y + \overline Z | |

(X+\overline Z)(\overline Y +\overline Z) | |

X\overline Y +Y\overline Z + \bar X \bar Y \bar Z |

Question 2 Explanation:

Question 3 |

The following circuit compares two 2-bit binary numbers, X and Y represented by X_{1}X_{0} and Y_{1}Y_{0} respectively. (X_{0} and Y_{0} represent Least Significant Bits)

Under what conditions Z will be 1?

Under what conditions Z will be 1?

X > Y | |

X < Y | |

X=Y | |

X!=Y |

Question 3 Explanation:

Question 4 |

If ABCD is a 4-bit binary number, then what is the code generated by the following circuit?

BCD code | |

Gray code | |

8421 code | |

Excess-3 code |

Question 4 Explanation:

Question 5 |

Minimum number of NAND gates required to implement the following binary equationY=(\bar{A}+\bar{B})(C+D)

4 | |

5 | |

3 | |

6 |

Question 5 Explanation:

There are 5 questions to complete.

IN Q37 THERE IS AN ERROR IN QUESTION STATEMENT …

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Q62 OPTION (A) IS CORRECT PLS CORRECT IT ….

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question no 83 ,

option and answer is wrong

Thank You Shivam,

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q-2

opt (d) xyz whole bar is not correct. its x bar, y bar, z bar

Thank You Ramananda Samantaray,

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Check solution of question number 104 correct option is displayed wrong please rectify it. 👍

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Please rectify the mistake in question number 58 of Boolean algebra correct answer is X

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