Write the Boolean expression of a given logic circuit

In summary, a Boolean expression in a logic circuit is a mathematical statement that represents the logic of the circuit, consisting of variables, logical operators, and parentheses. To write a Boolean expression for a given logic circuit, one must identify the variables involved and use logical operators to combine them. The purpose of writing a Boolean expression is to simplify the complexity of the circuit and aid in design, troubleshooting, and analysis. There are rules and guidelines to follow when writing a Boolean expression, and it can also be simplified using techniques such as Boolean algebra, De Morgan's laws, and Karnaugh maps.
  • #1
Fatima Hasan
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Homework Statement


In the logic circuit shown below , write the Boolean expression for the output function X . Which gate(s) could be removed without affecting the function X ?
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Homework Equations


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The Attempt at a Solution


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So , we can get rid of ##A \overline{B} C ## . gate # 4. Right ?
 

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  • #2
Fatima Hasan said:
So , we can get rid of ##A \overline{B} C ## . gate # 4. Right ?
Right!
 
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  • #3
Why not also get rid of gate #5?
 
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Related to Write the Boolean expression of a given logic circuit

1. What is a Boolean expression in a logic circuit?

A Boolean expression in a logic circuit is a mathematical statement that represents the logic of the circuit. It consists of variables, logical operators (such as AND, OR, NOT), and parentheses.

2. How do you write a Boolean expression for a given logic circuit?

To write a Boolean expression for a given logic circuit, you first need to identify the variables involved in the circuit and their corresponding values. Then, use logical operators to combine these variables and create a statement that accurately represents the logic of the circuit.

3. What is the purpose of writing a Boolean expression for a logic circuit?

The purpose of writing a Boolean expression for a logic circuit is to simplify the complexity of the circuit and make it easier to understand and analyze. It also helps in designing and troubleshooting the circuit, as well as in creating truth tables and determining the output for different input combinations.

4. Are there any rules or guidelines for writing a Boolean expression for a logic circuit?

Yes, there are certain rules and guidelines that need to be followed when writing a Boolean expression for a logic circuit. These include using parentheses to indicate the order of operations, following the correct order of precedence for logical operators, and using proper notation for variables (ex: using 'A' instead of 'a').

5. Can a Boolean expression be simplified for a logic circuit?

Yes, a Boolean expression can be simplified for a logic circuit using various techniques such as Boolean algebra, De Morgan's laws, and Karnaugh maps. Simplifying a Boolean expression can help reduce the number of gates required in the circuit, making it more efficient and cost-effective.

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