BOOLEAN ALGEBRA
CHAPTER 11
Learning Objective
At the end of the chapter students will:
Learn Fundamental concepts and basic laws of Boolean algebra.
Learn about Boolean expression and will be able to generate
same.
Understand the basic operations used in computers and other
digital circuits.
Be able to represent Boolean logic problems as - truth table .
Understand how logic relates to computing problems.
Handle simple Boolean function in SOP and POS form
Apply rules to simplify /expand Boolean terms / functions
Simplify the Boolean function using K map and algebraic method
Establish the correspondence between Karnaugh
maps, truth table and logical expressions.
Learn about gates that process logic signals.
Understand basic terminology, type of logic
gates
Learn about logic
circuits and Boolean expression
Learn how to design small circuits
Learn to determine output of the gate(s) / circuit for the
given input values.
Learn about universality of NAND & NOR gate
Explore the application of Boolean algebra in the design of
electronic circuits.
Learning Objective
At the end of the chapter students will:
Learn Fundamental concepts and basic laws of Boolean algebra.
Learn about Boolean expression and will be able to generate
same.
Understand the basic operations used in computers and other
digital circuits.
Be able to represent Boolean logic problems as - truth table .
Understand how logic relates to computing problems.
Handle simple Boolean function in SOP and POS form
Apply rules to simplify /expand Boolean terms / functions
Simplify the Boolean function using K map and algebraic method
Establish the correspondence between Karnaugh
maps, truth table and logical expressions.
Learn about gates that process logic signals.
Understand basic terminology, type of logic
gates
Learn about logic
circuits and Boolean expression
Learn how to design small circuits
Learn to determine output of the gate(s) / circuit for the
given input values.
Learn about universality of NAND & NOR gate
Explore the application of Boolean algebra in the design of
electronic circuits.
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