answer all the questions please I just need to answers

are an followis: Every weck the fem has arailatle to it a total of 480 hours of machining time, 400 hours of polishing time, and 400 hous of assentsing time. The firm has a cootrast with a sistroutor to provide 50 units of Procluct 1 , and 100+ units of amy combination af Products 2 and 3 every week Fractional numbers are ok. a. Production of Product 1 anits per weth. b. Froductios of Product 2 uestsperwed c. Production of Proouct 3r its per wert: a Drodicticn of Pristuct 4 * aitsporweck A local manufacturing firm produces four different metal products, each of which must be ma are as follows: Every week, the firm has available to it a total of 480 hours of machining time, 400 hours of po The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of a Through other customers, the firm can sell any number of units of Products 1, 2, and 3. Howev How many units of each product should the firm produce each week, so that it can meet its cor Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3F units per week d. Production of Product 4= units per week e. Total Profit =$ per week each of which must be machined, polished, and assembled. The specific time requirements for each product ining time, 400 hours of polishing time, and 400 hours of assembling time. duct 1 , and 100+ units of any combination of Products 2 and 3 every week. roducts 1, 2, and 3. However, no more than 25 units of Product 4 can be sold in a week. k, so that it can meet its contractual obligations, and maximize its total profit? er week ser week oer week Every week, the firm has available to it a total of 480 hours of machining time, 400 hours The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ unit Through other customers, the firm can sell any number of units of Products 1,2, and 3. How many units of each product should the firm produce each week, so that it can meet Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3 F units per week d. Production of Product 4= units per week e. Total Profit =$ per week A local manufacturing firm produces four different metal products, each of which must be machin are as follows: Every week, the firm has available to it a total of 480 hours of machining time, 400 hours of polishing The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of any con Through other customers, the firm can sell any number of units of Products 1, 2, and 3 . However, no How many units of each product should the firm produce each week, so that it can meet its contractu Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2 units per week c. Production of Product 3 : units per week d. Production of Product 4 units per week A local manufacturing firm produces four different metal products, each of which must be r are as follows: Every week, the firm has available to it a total of 480 hours of machining time, 400 hours of The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of Through other customers, the firm can sell any number of units of Products 1, 2, and 3 . Howe How many units of each product should the firm produce each week, so that it can meet its c Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3 = units per week d. Production of Product 4 units per week e. Total Profit =$ The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of any Through other customers, the firm can sell any number of units of Products 1, 2, and 3. However, How many units of each product should the firm produce each week, so that it can meet its contra Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3= units per week d. Production of Product 4 units per week e. Total Profit =$ f. What should be the minir lecimal points) on Product 2, for the firm per unit g. The Operations Manager is thinking about increasing the capacity of polishing from 400 to 420 ho to go ahead with this proposal? Ans: h. The Sales team is working on renegotiating some of the constraints on minimum or maximum sales (i) Proposal 1 is to reduce the contractual obligation for Product 1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the contractual obligation to make the sum of Product 2 and Product (iii) Proposal 3 is to increase the maximum number of possible sales for Product 4 from 25 units The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of any Through other customers, the firm can sell any number of units of Products 1,2, and 3 . However How many units of each product should the firm produce each week, so that it can meet its cont Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3= units per week d. Production of Product 4= units per week e. Total Profit =$ f. What should be the minim lecimal points) on Product 2, for the per unit g. The Operations Manager is tnnkng about ncreasng tne capacity of polishing from 400 to 420 to go ahead with this proposal? Ans: h. The Sales team is working on renegotiating some of the constraints on minimum or maximum sa (i) Proposal 1 is to reduce the contractual obligation for Product 1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the contractual obligation to make the sum of Product 2 and Prodi (iii) Pronosal 3 is to increase the maximum number of possible sales for Product 4 from 25 un The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of a Through other customers, the firm can sell any number of units of Products 1, 2, and 3. Howeve How many units of each product should the firm produce each week, so that it can meet its con Fractional numbers are ok. a. Production of Product 1= units per week b. Production of Product 2= units per week c. Production of Product 3= units per week d. Production of Product 4= units per week e. Total Profit =$ per week f. What should be ed to two decimal points) on Product 2, for the per unit g. The Operation: easing the capacity of polishing from 400 to 420 to go ahead with h. The Sales team is working on renegotiating some of the constraints on minimum or maximum s: (i) Proposal 1 is to reduce the contractual obligation for Product 1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the contractual obligation to make the sum of Product 2 and Prodt (iii) Proposal 3 is to increase the maximum number of oossible sales for Product from 25 un The firm has a contract with a distributor to provide 50 units of Product 1 , and 100+ units of any combination of Products 2 and 3 every week. Through other customers, the firm can sell any number of units of Products 1, 2, and 3. However, no more than 25 units of Product 4 can be sold in a week. How many units of each product should the firm produce each week, so that it can meet its contractual obligations, and maximize its total profit? Fractional numbers are ok 2. Production of Product 1 . units per week b. Production of Product 2 units per week c. Production of Product 3= units per week d. Production of Product 4 units per week e. Total Profit =$ perweek 1. What should be the minimum unit profit (rounded to two decimal points) on Product 2 , for the firm to be interested in producing it? Ans: $. Der unit per unit 8. The Operations. Manager is thinking about increasinie the canaritu of polishing from 400 to 420 hours per week, at a very reasonable cost. to go ahead with this proposal? Ans: h. The Sales team is working on renegotiating some of the constraints on minimum or maximum sales. They have three proposals. (i) Proposal 1 is to reduce the contractual obligation for Product 1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the contractual obligation to make the sum of Product 2 and Product 3 from 100 units to 90 units. (iii) Proposal 3 is to increase the maximum number of possible sales for Product 4 from 25 units to 35 units. What should be the minimum unit profit (rounded to two decimal points) on Product 2 , for the firm to be int per unit 5. The Operations Manager is thinking about increasing the capacitv of polishing from 400 to 420 hours per we o go ahead with this proposal? Ans: The Sales team is working on rene (i) Proposal 1 is to reduce the c son minimum or maximum sales. They hav t1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the corractuar unigation to make the sum of Product 2 and Product 3 from 10 (iii) Proposal 3 is to increase the maximum number of possible sales for Product 4 from 25 units to 35 uni Based on your analysis, which of the proposals do you recommend the Sales team to implement? Ans: f. What should be the minimum unit profit (rounded to two decimal points) on Product 2 , for the firm to be interested in producing it? Ans: $ per unit g. The Operations Manager is thinking about increasing the capacity of polishing from 400 to 420 hours per week, at a very reasonable cost. Do you to go ahead with this proposal? Ans: h. The Sales team is working on renegotiating some of the constraints on minimum or maximum sales. They have three proposals. (i) Proposal 1 is to reduce the contractual obligation for Product 1 from 50 units to 40 units. (ii) Proposal 2 is to reduce the contractual obligation to make the sum of Product 2 and Product 3 from 100 units to 90 units. (iii) Proposal 3 is to increase the maximum number of possible sales for Product 4 from 25 units to 35 units. Based on your analysis, which of the proposals do you recommend the Sales team to implement? Ans