(Solved): 1) Draw a K-map that corresponds to the truth table on the left. 2) Use the truth table to develop ...

1) Draw a K-map that corresponds to the truth table on the left. 2) Use the truth table to develop a Boolean equation for \( Y \). 3) Create a schematic that will implement the Boolean equation. 4) Count the number of gates of each type and decide how many packages (chips) of each gate that you will need. 5) Number the chips U1, U2, U3,... 6) Assign chip numbers to each gate on the schematic. 7) Assign pin numbers to each gate on the schematic. 8) When you get to lab, have the TA check your Boolean equation and schematic. 9) Build the circuit. Use four|ong wires for A, B, C, and D. Put A on the left and D on the right. Connect \( Y \) to a resistor/LED circuit. 10) Test all 16 input combinations, observing the LED to verify that the output is correct. 11) Demonstrate your working circuit to the lab assistant. TA Initial when complete and correct:_ When you complete this lab or when the lab session is over, the lab TA should enter your score into Canvas. Do not leave the lab until you verify that the lab TA has entered the score correctly by checking your score on Canvas. Lab Tips: 1. K-maps are discussed in Zybooks sections 2.4-2.6 2. Build your circuit step by step and test the expected output as you go a. CircuitVerse simulation can help visualize how to test your circuit step by step! 3. An example of how to label a schematic with U1, U2, U3, etc. can be seen in the previous lab, 3×1 Combinational Circuit