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-/1 POINTS WILLINALG9 8.1.009. MY NOTES ASK YOUR TEACHER A company manufactures two types of hand calculators, model C1 and model C2. It takes 1 hour and 4 hours in labor time to manufacture each Ci and C2, respectively. The cost of manufacturing the C1 is $30 and that of manufacturing a C2 is 520. The company has 1,800 hours of labor time available and $24,000 in running costs. The profit on each C1 is $7 and on each C2 is $6. What should the production schedule be to ensure maximum profit? (If there are many optimal solutions, choose one.) (C1, C2) = ( [ -/1 POINTS WILLINALG9 8.2.006. MY NOTES ASK YOUR TEACHER Use the simplex method to maximize the function under the given constraints. (If the solution is unbounded, enter INFINITY.) Maximize f = 400x + 300y + 200z subject to 5x - 5y + 10z 5 1,000 10x + 8y + 5z s 2.000 10x - 5ys 700 x 20 y 30,22 0. -/1 POINTS WILLINALG9 8.1.009. MY NOTES ASK YOUR TEACHER A company manufactures two types of hand calculators, model C1 and model C2. It takes 1 hour and 4 hours in labor time to manufacture each Ci and C2, respectively. The cost of manufacturing the C1 is $30 and that of manufacturing a C2 is 520. The company has 1,800 hours of labor time available and $24,000 in running costs. The profit on each C1 is $7 and on each C2 is $6. What should the production schedule be to ensure maximum profit? (If there are many optimal solutions, choose one.) (C1, C2) = ( [ -/1 POINTS WILLINALG9 8.2.006. MY NOTES ASK YOUR TEACHER Use the simplex method to maximize the function under the given constraints. (If the solution is unbounded, enter INFINITY.) Maximize f = 400x + 300y + 200z subject to 5x - 5y + 10z 5 1,000 10x + 8y + 5z s 2.000 10x - 5ys 700 x 20 y 30,22 0