Question: Question 5 please 4) 20 points. For the above logic (you can start with any of the above implementations, because they're all logically equlvalent), create

Question 5 please
4) 20 points. For the above logic (you can start with any of the above implementations, because they're all logically equlvalent), create a truth table and K-map. Solve for a minimal sum-of-products expression. 80 01 1 01 10 5) 5 points. Based on your SoP expression (or, if needed, create a mixed-logic schematic and solve appropriately), how many gates would be needed for a NAND (and inverters) implementation? 2-input NANDS: 3-input NANDS: 4-input NANDS: Inverters: 1. 1. 1. 1
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