Activities Activity 1: Truth Table for De Morgan's Law As a part of your lab activity, you need to figure out the proper truth table for the De Morgan's laws. Please attach the filled-out tables in your final report. Take the help of your instructors if you are having any difficulties. For your reference one row for both the tables (two tables for two laws) are Toble 1 De Norgun's iawc Truth table Activity 2: Verifying the De Morgan's Law Once you are done with the truth tables, it's time to verify the De Morgan's law in hardware. The circuit diagram is shown in Figure 2. A NAND gate is equivalent to an inversion followed by an OR Once you do the connections properly, fill out the table below and attach to your final report. A format of the table is given below. Also submit a picture of your circuit. Cross verify this table with the table you made above for the truth table and see whether your circuit works properly, and it verifies De Morgan's Laws or not. Activity 3: Truth Table for the Covering Law Repeat the first two activities to verify the Covering Law: x+xy=x. Start with creating a Truth table for the Covering Law. Attach a filled-out table to your final report. ravie s Lovering Law: Irutn rabre Activity 4: Verifying the Covering Law You'll notice that this law uses OR and AND. So again, you will have to transform this equation to using the hardware that we have which are NAND, NOR, and NOT. To perform the OR operation, you will have to use a NOR then invert the output with a NOT. The same goes for the AND operation, you must use NAND and then invert the output with a NOT. Submit filled out table to the report and submit a picture of your circuit. Once you have the hardware connections set up properly use this table to verify the Covering Law. Toble 4 Verification of Covering Law