EEN1200
Lab: Boolean Algebra Laws
In this laboratory experiment you will design a series of digital circuits to demonstrate the basic laws of Boolean using Inverters, AND gates, and OR gates. Verify the equality of the laws by building two separate circuits for the left and right of the equations. Using switches for A and B inputs, LEDs for the outputs.
 Basic laws of Boolean Algebra:
1.  A+0=A

2.  A+1=1

3.  A*0=0

4.  A*1=A

5.  A+A=A

6.  A+A=1

7.  A*A=A

8.  A*A=0

9.  A=A

10.  A+A*B=A

11.  A+A*B=A+B

12.  (A+B)*(A+C)=A+B*C 
I1 Design a circuit that will demonstrate the first law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I2 Design a circuit that will demonstrate the second law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I3 Design a circuit that will demonstrate the third law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I4 Design a circuit that will demonstrate the fourth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I5 Design a circuit that will demonstrate the fifth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I6 Design a circuit that will demonstrate the sixth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I7 Design a circuit that will demonstrate the seventh law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I8 Design a circuit that will demonstrate the eight law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I9 Design a circuit that will demonstrate the ninth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I10 Design a circuit that will demonstrate the tenth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I11 Design a circuit that will demonstrate the eleventh law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
I12 Design a circuit that will demonstrate the twelfth law of Boolean algebra Set up a truth table, take the requires data to fill in the truth table, and demonstrate the law.
II1 Consider the following Boolean expression:
X=A*B*C
Design a digital logic circuit that will generate X. Create a truth table and take data to fill in the truth table
Apply DeMorgan’s theorem to X, design that digital logic circuit that will generate that expression. Create a truth table and take data to fill in the truth table
II2 Consider the following Boolean expression:
X=A+B+C
Design a digital logic circuit that will generate X. Create a truth table and take data to fill in the truth table
Apply DeMorgan’s theorem to X, design that digital logic circuit that will generate that expression. Create a truth table and take data to fill in the truth table
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