Austin & Co. manufactures three products using three different machines. Selling price per unit are $20 for product 1, $25 for product 2, and $26 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 $8.68 $8.85 $4.26 Product 2 $4.48 $9.77 $10.64 Product 3 $4.55 $3.85 $3.08 The company wants to determine how many units of each product to produce to maximize profit (contribution) margin. Let Tij = 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: a) x11 + 212 + 213 5400 (6%) Select an answer V 21.45131 + 22.1532 + 22.92133 2 5400 (6%) Select an answer K) -2 13 + 123 540 calant on anoilorh ) 8.68x11 - 8.85x12 5400 Select an answer jpg15.74x13 + 14.3623 + 22.92x33 Select an answer Select an answer The total profit margin from from all three products should be at least $5,400 The total profit margin from Product 3 should be at most $5,400 The total profit margin from Product 3 should be at least $5,400 The total profit margin from all machines should be no greater than $5,400 The total profit margin from all products should be at most $5,400 The total profit margin from Machine 3 should be no greater than $5,400 The total profit margin from all three machines should not be below $5,400 The total profit margin from Machine 3 should not be below $5,400 k ) - 213 23 (12% Select an answer41. 4JU31 1 22. 10432 + 44.94633 Select an answer Select an answer The total profit margin from Product 3 should be at most $5,400 The total profit margin from all three machines should not be below $5,400 The total profit margin from all products should be at most $5,400 The total profit margin from Machine 3 should not be below $5,400 The total profit margin from all machines should be no greater than $5,400 The total profit margin from Product 3 should be at least $5,400 The total profit margin from Machine 3 should be no greater than $5,400 The total profit margin from from all three products should be at least $5, 400k) -213 + 23 0 (12% ) Select an answer Select an answer On Machine 3, produce at least half as many units of Product 2 as Product 1. Produce at most twice as many units of Product 1 as Product 2 on Machine 3 For Product 3, produce at least twice more units on Machine 1 than on Machine 2. For Product 3, the ratio of Machine 1 to Machine 2 production must be at least 2 to 1 On Machine 3, the ratio of Product 1 to Product 2 units must be at most 2 to 1. On Machine 3, produce at most twice as many units of Product 1 as Product 2. For each unit of Product 3 from Machine 1, produce at least twice as many on Machine 2. Produce at most half as many units of Product 3 on Machine 2 as on Machine 1. On Machine 3, Product 1 must not exceed twice the units of Product 2. For each unit of Product 3 from Machine 2, produce at least twice as many on Machine 1 On Machine 3, the ratio of Product 1 to Product 2 units must not exceed 2 to 1. On Machine 3, for each unit of Product 2, produce at most two units of Product 1. For Product 3, the ratio of Machine 2 to Machine 1 production must not exceed 1 to 2. Produce at least twice as many units of Product 3 on Machine 1 than on Machine 2. On Machine 3, Product 1 units should not be less than 50% Product 2 units. For Product 3, produce at most half as many units on Machine 2 as on Machine 1. On Machine 3, Product 2 units should not be less than 50% Product 1 units.(12%) Select an answer Select an answer For each unit of Product 3 from Machine 2, produce at least twice as many on Machine 1. For Product 3, produce at least twice more units on Machine 1 than on Machine 2. On Machine 3, the ratio of Product 1 to Product 2 units must be at most 2 to 1. On Machine 3, for each unit of Product 2, produce at most two units of Product 1. On Machine 3, Product 1 units should not be less than 50% Product 2 units. On Machine 3, produce at most twice as many units of Product 1 as Product 2. On Machine 3, Product 1 must not exceed twice the units of Product 2. On Machine 3, Product 2 units should not be less than 50% Product 1 units. Produce at most twice as many units of Product 1 as Product 2 on Machine 3. Produce at most half as many units of Product 3 on Machine 2 as on Machine 1. Produce at least twice as many units of Product 3 on Machine 1 than on Machine 2. For Product 3, the ratio of Machine 1 to Machine 2 production must be at least 2 to 1. For each unit of Product 3 from Machine 1, produce at least twice as many on Machine 2. On Machine 3, produce at least half as many units of Product 2 as Product 1. For Product 3, produce at most half as many units on Machine 2 as on Machine 1. For Product 3, the ratio of Machine 2 to Machine 1 production must not exceed 1 to 2. On Machine 3, the ratio of Product 1 to Product 2 units must not exceed 2 to 1. be here to search O C