Question 15: Use Boolean algebra to simplify the following logic gate circuit: A B C & 35 Output

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Plz answer question 15
Question 12:
Use Boolean algebra to simplify the following expression, then draw a logic gate circuit for the simplified)
expression
Question 13:
Use Boolean algebra to simplify the following logic gate circuit:
Question 14:
Question 15:
Use Boolean algebra to simplify the following logic gate circuit:
D
A
B
Question 16:
A
B
с
ABC+ABC+ABC+ABC
Use Boolean algebra to simplify the following logic gate circuit:
AB
C
Output
Output
Output
Use DeMorgan's Theorem, as well as any other applicable rules of Boolean algebra, to simplify the
following expression so there are no more complementation bars extending over multiple variables:
AB+AC
Transcribed Image Text:Question 12: Use Boolean algebra to simplify the following expression, then draw a logic gate circuit for the simplified) expression Question 13: Use Boolean algebra to simplify the following logic gate circuit: Question 14: Question 15: Use Boolean algebra to simplify the following logic gate circuit: D A B Question 16: A B с ABC+ABC+ABC+ABC Use Boolean algebra to simplify the following logic gate circuit: AB C Output Output Output Use DeMorgan's Theorem, as well as any other applicable rules of Boolean algebra, to simplify the following expression so there are no more complementation bars extending over multiple variables: AB+AC
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