teach me how to solve this problem. I forgot how to do it.

Scenario: The Union Manufacturing Company is producing Product A Product B two types of products: A and B. The demand forecasts, batch Demand forecast (units/yo) 1,000 4,000 size, and time standards are given in the Table. Both Batch size (units/batch) 20 10 products are produced on the same machine, called Mark I. 3.2 Processing time (hr/unit) Use this information to answer questions 3-5. 4.5 Setup time (hr/batch) 10 20 3. 29,700 What is the total number of hours required of Mark I equipment for the next year? (1.000 3.2) (1,000/10). 10 4,6005) 4 (4,000/10) 20 18,000 + 2,000 20 000 3, 200t 500 - 3700 4. The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many hours of capacity can the company expect from each of its Mark I machines? 1681250 4,000 1100 -15%6) of 4,000 850th of your = 3,400 hours 126,000 +3,700 1,400 5. . The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many Mark I machines are required to meet Union Manufacturing's yearly demand? 29,700 13,400 - 7.74 = 4 Scenario. The Union Manufacturing Company is producing two types of products: A and B. The demand forecasts, batch size, and time standards are given in the Table. Both products are produced on the same machine, called Mark I. Use this information to answer questions 3-5 Demand forecast (units/y0 Batch size (units batch) Processing time (hr unit) Setup time (hr batch) Product A 1.000 20 32 10 Product B 4 000 10 45 20 3. f hours required of Markl equipo 1800 29,700 What is the total number of hours of Mark I equipment for the next year? (lovo/10.10 3, 200tsuan 2700 The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many hours of capacity can the company expect from each of its Mark I machines? 16 250 4000 4, 850% of you - 3,400 hours 4. tot 15% of 5. The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many Mark I machines are required to meet Union Manufacturing's yearly demand? 774-4 19,700 13,400 Scenario: The Union Manufacturing Company is producing two types of products: A and B. The demand forecasts, batch size, and time standards are given in the Table. Both products are produced on the same machine, called Mark I. Use this information to answer questions 3-5. Demand forecast (units/yo) Batch size (units/batch) Processing time (hr/unit) Setup time (hr/batch) Product Al 1,000 201 3.2 10 Product B 4,000 10 4.5 20 126,000+ 3700 31 3. 29, 700 What is the total number of hours required of Mark I equipment for the next year? (1,000 3.2) + (1,000/10). 10 4,000..514 (4,000/100 )20 2004 500 3700 18,000 + 2,000 - 26000 4. The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many hours of capacity can the company expect from each of its Mark I machines? 1612505 4,000 1100 -15%) of 4,000 q5ohof 4your = 3,400 hours 5. The company works 250 days per year and operates two shifts, each covering 8 hours. If a 15 percent capacity cushion is maintained, how many Mark I machines are required to meet Union Manufacturing's yearly demand? 29,700 13,400 8.74 4