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Provide the truth table for the following circuits. a. YO zO b. YO zO

Provide the truth table for the following circuits. a. YO zO b. YO zO

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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The image consists of two logic circuit diagrams labeled as a and b. Each circuit has three inputs (X, Y, and Z) and a series of logic gates. ### Circuit (a) Description: 1. **Inputs:** - X - Y - Z 2. **Logic Gates Configuration:** - The input Y is connected to a NOT gate, inverting its signal. - The output of the NOT gate is fed into an AND gate along with input X. - The output of this AND gate forms one input to an OR gate. - Inputs Y and Z are fed into another AND gate. - The output of this second AND gate connects to the same OR gate as the first AND gate. - The OR gate's output is then fed into a final AND gate with input Z. - This results in the final output of the circuit. ### Circuit (b) Description: 1. **Inputs:** - X - Y - Z 2. **Logic Gates Configuration:** - Inputs Y and Z are connected to an AND gate. - The output of this AND gate goes to an OR gate along with input X. - The output of this OR gate forms one input to a final AND gate. - Input Z is also sent through a NOT gate before connecting to another OR gate. - The output of the NOT gate is then connected to the final AND gate. - The output from the final AND gate is the output of the circuit. These diagrams illustrate combinations of NOT, AND, and OR gates to process the three inputs, resulting in an output based on the logic configurations.
Transcribed Image Text:The image consists of two logic circuit diagrams labeled as a and b. Each circuit has three inputs (X, Y, and Z) and a series of logic gates. ### Circuit (a) Description: 1. **Inputs:** - X - Y - Z 2. **Logic Gates Configuration:** - The input Y is connected to a NOT gate, inverting its signal. - The output of the NOT gate is fed into an AND gate along with input X. - The output of this AND gate forms one input to an OR gate. - Inputs Y and Z are fed into another AND gate. - The output of this second AND gate connects to the same OR gate as the first AND gate. - The OR gate's output is then fed into a final AND gate with input Z. - This results in the final output of the circuit. ### Circuit (b) Description: 1. **Inputs:** - X - Y - Z 2. **Logic Gates Configuration:** - Inputs Y and Z are connected to an AND gate. - The output of this AND gate goes to an OR gate along with input X. - The output of this OR gate forms one input to a final AND gate. - Input Z is also sent through a NOT gate before connecting to another OR gate. - The output of the NOT gate is then connected to the final AND gate. - The output from the final AND gate is the output of the circuit. These diagrams illustrate combinations of NOT, AND, and OR gates to process the three inputs, resulting in an output based on the logic configurations.
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