Table 1 Information on Current, A and B Systems CURRENT SYSTEM NEW SYSTEM A NEW SYSTEM B 30 unit 40 unit 20 unit Quantitative 100 units Qualitative 30 units Quantitative 60 units International COST/UNIT IN 24-HOURS Forecasted Quality Control Rejects Forecast Approach Units Available in Inventory Type of Organization Quantity of Order Operation hours Operation shifts Quantity of Labor Quantity of Robots Labor Salary Material Cost Other Supply Cost Energy Cost Maximum Yield 50 unit 8-hours 3-shifts 10 men 5 units $1,000 $500 $500 $100 100 unit National and International 110 unit 6-hours 4-shifts 10 men & 10 women 15 units $4,000 $500 $1,000 $150 200 unit National and International 250 unit 7-hours 3-shift 3 lady 25 units $600 $500 $500 $200 300 unit Question 2 (10 marks) Based on Table 1, in taking that the system is stable, determine the following information for all three (3) systems: i. The utilization percentage for all systems (3 marks) ii. The efficiency percentage for all systems (3 marks) iii. Based on your assessment, provide your evaluation of the most feasible system with respect to total the labor and multifactor-productivity (4 marks) Table 1 Information on Current, A and B Systems CURRENT SYSTEM NEW SYSTEM A NEW SYSTEM B 30 unit 40 unit 20 unit Quantitative 100 units Qualitative 30 units Quantitative 60 units International COST/UNIT IN 24-HOURS Forecasted Quality Control Rejects Forecast Approach Units Available in Inventory Type of Organization Quantity of Order Operation hours Operation shifts Quantity of Labor Quantity of Robots Labor Salary Material Cost Other Supply Cost Energy Cost Maximum Yield 50 unit 8-hours 3-shifts 10 men 5 units $1,000 $500 $500 $100 100 unit National and International 110 unit 6-hours 4-shifts 10 men & 10 women 15 units $4,000 $500 $1,000 $150 200 unit National and International 250 unit 7-hours 3-shift 3 lady 25 units $600 $500 $500 $200 300 unit Question 2 (10 marks) Based on Table 1, in taking that the system is stable, determine the following information for all three (3) systems: i. The utilization percentage for all systems (3 marks) ii. The efficiency percentage for all systems (3 marks) iii. Based on your assessment, provide your evaluation of the most feasible system with respect to total the labor and multifactor-productivity (4 marks)