Based on the Table below, in taking that the system is stable, determine the following:

a. Determine the changes in the total labor-hour and multifactor productivity of the current system and the new system A and B. Based on your assessment, provide your evaluation of the most feasible system with respect to total labor-hour and multifactor productivity.

b. Determine the changes in the utilization and efficiency of the current system and the new system A and B. Based on your assessment, provide your evaluation of the most feasible system with respect to utilization and efficiency.

c. List five (5) suggestion that could facilitate the increment of total (multifactor) productivity if cost is an issue

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Information per day Operation hour Material cost Supply cost Energy cost Output Forecasted Output Rejects Forecasting method Table 04 Information on Operation Current system New system A 14-hour per day 12-hour per day $500 S500 $500 $1,000 $100 $100 110 160 10 10 New system B 10-h per day $500 $500 $100 110 10 Line projection Exponential Smoothing 1-hours 2-times Three moving- average 2-hours Once 30-mins 4-times Recess period Frequency of recess period Labor/operation- hour Labor salary/hour 10 persons 10 persons 15 persons S10 $10 S10 Information per day Operation hour Material cost Supply cost Energy cost Output Forecasted Output Rejects Forecasting method Table 04 Information on Operation Current system New system A 14-hour per day 12-hour per day $500 S500 $500 $1,000 $100 $100 110 160 10 10 New system B 10-h per day $500 $500 $100 110 10 Line projection Exponential Smoothing 1-hours 2-times Three moving- average 2-hours Once 30-mins 4-times Recess period Frequency of recess period Labor/operation- hour Labor salary/hour 10 persons 10 persons 15 persons S10 $10 S10