Chris & Co. manufactures three products using three different machines. Selling price per unit are $21 for product 1, $22 for product 2, and $34 for product 3. The costs/unit of producing each product on each machine are shown in the following table: Machine 1 Machine 2 Machine 3 Product 1 $8.73 $5.88 $7.36 Product 2 $10.24 $6.24 $6.61 Product 3 $11.54 $7.33 $4.27 The company wants to determine how many units of each product to produce to maximize profit (contribution) margin. Let c = number of units of product i from machine j; i = 1, 2, 3 j = 1, 2, 3 Select the best interpretation for each of the following constraints from the given options:i) 13.64x13 + 15.39r23 + 29.7303 7700 (6%) Select an answer Select an answer The total profit margin from from all three products should be no less than $7,700 The total profit margin from all products should be no more than $7,700 The total profit margin from Machine 3 should not exceed $7,700 The total profit margin from Product 3 should be no less than $7,700 The total profit margin from all three machines should not be lower than $7,700 The total profit margin from all machines should not exceed $7,700 The total profit margin from Product 3 should be no more than $7,700 The total profit margin from Machine 3 should not be lower than $7,70022.46rg1 + 26.67132 + 29.73x33 7700 (6%) Select an answer Select an answer The total profit margin from Machine 3 should not exceed $7,700 The total profit margin from Machine 3 should not be lower than $7,700 The total profit margin from all machines should not exceed $7,700 The total profit margin from all three machines should not be lower than $7,700 The total profit margin from Product 3 should be no less than $7,700 The total profit margin from all products should be no more than $7,700 The total profit margin from Product 3 should be no more than $7,700 The total profit margin from from all three products should be no less than $7,700Select an answer Produce at least twice as many units of Product 3 on Machine 1 than on Machine 3. For Product 3. produce at most half as many uniE on Machine 3 as on Machine 1. 0n Machine 3. produce at most twice as many units of Product 1 as Product 3. On Machine 3. the ratio of Product 1 to Product 3 units must be at most 2 to 1. Produce at least twice as many units of Product 3 on Machine 3- than on Machine 1. For each unit of Product 3 from Machine 3. produce at least twice as many on Machine 1. (in Machine 3. produce at least half as many units of Product 3 as Product 1. On Machine 3. Product 3 units should not be IE5- than EDGE Product 1 units. Produce at most twice as marry units of Product 3 as Product 1 art Machine 3. On Machine 3. Product 1 must not exceed twice the units of Product 3. For Product 3. produce at least twice more units on Machine 1 than on Machine 3. For Product 3. the ratio of Machine 3 to Machine 1 production must not exceed 1 to 2. (in Machine 3. for each unit of Product 3. produce at most two units of Product 1. For Product 3. the ratio of Machine 1 to Machine 3 production must be at least 2 to 1. Produce at most half as many units of Product 3 on Machine 3 as on Machine 1. Produce at most twice as marry units of Product 1 as Product 3 on Machine 3. On Machine 3. the ratio of Product 1 to Product 3 units must not exceed 2 to 1. ll 2231+13313 :'.;2 Select an answer Produce at least twice as many units of Product 3 on Machine 3- than on Machine 1. 0n Machine 3. the ratio of Product 1 to Product 3 units must not exceed 2 to 1. On Machine 3. produce at most twice as many units of Product 1 as Pm-duot 3. (in Machine 3. the ratio of Product 1 to Product 3 units must be at most 2 to 1. 0n Machine 3. Product 3 units should not be IE5 than 50% Product 1 units. For Product 3. produce at least twice more units on Machine I than on Machine 3. Produce at least twice as many units of Product 3 on Machine 1 than on Machine 3-. On Machine 3. Product 1 must not enmeed twice the units of Product 3. Produce at most half as many units of Product 3- on Machine 3- as on Machine 1. 0n Machine 3. for each unit of Product 3. produce at most two units of Product 1. For Product 3. produce at most half as many units on Machine 3 as on Machine 1. Produce at most twice as many units of Product 1 as Product 3 art Machine 3. For each unit of Product 3 from Machine 3. produce at least twice as many on Machine 1. Produce at most twice as many units of Product 3 as Product 1 art Machine 3. On Machine 3. produce at least half as many units of Product 3 as Product 1. For Product 3. the ratio of Machine 3 to Machine 1 production must not exceed 1 to 2. For Product 3. the ratio of Machine 1 to Machine 3 production must be at least 2 to 1. al (6%%) Select an answer Select an answer Produce a minimum of 130 units on Machine 2. Cost of Production on machine 2 should be at least $130. Produce a minimum of 130 units of Product 2. Produce at most 130 units of Product 2. Produce at most 130 units on Machine 2. Production cost of Product 2 should be at most $130. Production on all machines should be a minimum of 130 units in total. Production on each machine should be at most 130 units. Produce, on average, at most 130 units on the three machines. Profit margin on Product 2 should be a minimum of $130.b) C12 + 022 + $32 > 130 (6%) JEMQUE LE 19895 Select an answer Produce, on average, at most 130 units on the three machines. Cost of Production on machine 2 should be at least $130. Produce a minimum of 130 units of Product 2. Production on all machines should be a minimum of 130 units in total. Profit margin on Product 2 should be a minimum of $130. Produce at most 130 units of Product 2. Produce at most 130 units on Machine 2. Production on each machine should be at most 130 units. Production cost of Product 2 should be at most $130. Produce a minimum of 130 units on Machine 2.() -C12 + 22 - 132 (9%) Select an answer Select an answer Total units of Product 2 should be a minimum of 17. Total Production on Machine 2 should be no more than 17. Total units of Product 1 and 3 should be no more than 17. This is not a valid constraint. Total Production on Machines 1 and 3 should be a minimum of 17. Produce no more than 17 units more of Product 2 on Machine 2 than on Machines 1 and 3 combined. Produce a minimum of 17 units more of Product 2 on Machine 2 than Products 1 and 3 combined. Produce no more than 17 units more of Product 2 on Machine 2 than Products 1 and 3 combined. Produce a minimum of 17 units more of Product 2 on Machine 2 than on Machines 1 and 3 combined.d) -#21 + $22 - C23 17 (9%%) Select an answer Select an answer This is not a valid constraint. Produce no more than 17 units more of Product 2 on Machine 2 than Products 1 and 3 combined. Produce no more than 17 units more of Product 2 on Machine 2 than on Machines 1 and 3 combined. Total units of Product 2 should be a minimum of 17. Total units of Product 1 and 3 should be no more than 17. Produce a minimum of 17 units more of Product 2 on Machine 2 than Products 1 and 3 combined. Produce a minimum of 17 units more of Product 2 on Machine 2 than on Machines 1 and 3 combined. Total Production on Machine 2 should be no more than 17. Total Production on Machines 1 and 3 should be a minimum of 17.e) 0.79r1 - 0.21212 + 0.79013 0 (9% ) JEMSUE LIE 198195 Select an answer This is not a valid constraint. Ensure that a minimum of 709% of products from Machine 1 units are Product 2. Ensure that a minimum of 709% of Product 1 units are produced on Machine 2. Ensure that a maximum of 21% of products from Machine 1 units are Product 2. Ensure that 79% of Product 2 and Product 3 units are produced on Machine 2. Ensure that 21% of products from Machine 1 units are Product 2 and Product 3. Ensure that a minimum of 21% of Product 1 units are produced on Machine 2. Ensure that a minimum of 21% of products from Machine 1 units are Product 2. Ensure that a maximum of 70% of Product 1 units are produced on Machine 2.f) 0.21r1 - 0.79121 + 0.21231