Open Logisim, name your project as Lab1. Then add three circuits and call them Part1,Part2 and Part3. Do the experiment required in the three circuit windows respectively for the following three parts. Remember to label your inputs and outputs.

Add a circuit to Lab1 and call it Part1, test the functionality of each of the following three gates with two inputs: NAND, NOR and XOR. You will submit your Logisim circuits and the resulting truth tables from your experimentation.

Add a circuit to Lab1 and call it Part2, design circuits to verify Demorgan's law, (A + B + C)'= A'B'C' and (ABC)'= A' + B' + C'. You will show your Logisim circuits and the resulting truth tables from your experimentation.

Add a circuit to Lab1 and call it Part3, build a circuit for the Boolean function F = ABD + (A XOR B)C + (A NAND B) and find the truth table by using Logisim. Show the Logisim circuit and the resulting truth table in your lab report.

Dpen Logisim, name your project as Lab1. Then add three circuits and call them Part1,Part2 and Part3. Do the experiment required in the three circuit windows respectively for the ollowing three parts. Remember to label your inputs and outputs. 1. Add a circuit to Lab1 and call it Part1, test the functionality of each of the following three gates with two inputs: NAND, NOR and XOR. You will submit your Logisim circuits and the resulting truth tables from your experimentation. 2. Add a circuit to Lab1 and call it Part2, design circuits to verify Demorgan's law, (A+B+C)=ABC and (ABC)=A+B+C '. You will show your Logisim circuits and the resulting truth tables from your experimentation. 3. Add a circuit to Lab1 and call it Part3, build a circuit for the Boolean function F=ABD+(AXORBC+(A NAND B) and find the truth table by using Logisim. Show the Logisim circuit and the resulting truth table in your lab report