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Task C-3: Determine Criteria and Weighting for Judging Your Designs (5 pts) Using the guidelines in the laboratory FAQ's, list your 5 criteria and associated weights here used to help decide between the two design models (weights should add to 100%): Criteriz Weisht Task C-4: Apply the Criteria to Pick the Best Design (2 pts) Describe how you applied each of the criteriz and weighting system in the zbove task to pick the best design. How did you choose these criteria (customer interviews, engineering preference)? [3 pts) Which design is better based on your critena and weighting system and why? Pleass explain how the winning design scored in g3ch catezory and why (the winning design doss not need to score the highest in every category, but it does need to score higher overall when applying the criteriz weights). Task C-5: Build and Simulate Winning Design in Digital {15 pts) insert 2 copy of your chosen Digital Schematic hers. Please make sure that you have outputs or tunnels connected to each flip flop so that you can easily monitor your states. Make sure that the logic and equations match the finzl equations presented in either Design 1 or Design 2. Task C-6: Record a Video Demonstration of the Winning Design (15 pts) Record a video demonstration showing zll positions being visited and various combinations of the inputs in Digital. For every clock cycle, explain the inputs, what current state you are in, and point out any outputs that should be noted. Be sure to show what happens for different input combinations at each position. That is, your demonstration should be zble to showcass all possible states and transitions required to get thers. If you indude any asynchronous inputs, maks sure to show those features as well. Add a link to your video below. Be sure to include any required password. Video link: