Question #2: Production Possibilities Frontier Consider that you are a manager in charge of transshipment of packages at one of the docks at local UPS plant. As the manager, you have two tasks that need to be done: loading and sorting. To accomplish these 2 tasks; you have 7 workers that show up between 1 1pm and 2am and nee to finish the task by 7am so the drivers can take the parcels out for delivery. You are very experienced and you know the value of your workers: Blaine (works for 8 hours): load 100 pieces/hour; sort 50 pieces/hour Rastor (works for 6 hours): load 50 pieces/hour; sort 25 pieces/hour > Together they can load 1 100 OR sort 550 per shift. Nomad (works for 6 hours): load 50 pieces/hour; sort 50 pieces/hour Emma (works for 8 hours): load 100 pieces/hour; sort 100 pieces/hour Astra (works for 7 hours): load 75 pieces/hour; sort 75 pieces/hour > Together they can load 1625 OR sort 1625 per shift Oz (works for 8 hours): load 100 pieces/hour; sort 150 pieces/hour Sky (works for 8 hours): load 100 pieces/hour, sort 150 pieces/hour > Together they can load 1600 OR sort 2400 per shift HINT: treat them as 3 different types of resources instead of as 7 people. a. Draw the PPF for one shift for all your workers.. Make sure to label all kink points. b. Assume that you need to sort 200 packages more than you load. How many packages will you sort and load? (Round your answer down to the nearest integer) Load: Sort