10. Compute the average bias and indicate whether it's over-biased or under-biased. (2 Pts) The Catoctin Furnace demand forecasts for the next 4 quarters are shown below. The operational costs and additional information are listed below. Use this information to answer Qu: 11-12 Hiring Cost = $100/Employee; Firing Cost = $500/Employee; Initial Workforce level = 100 Employees; Production Cost = $2/ lb; Production per Employee = 1000 lbs; Inventory Carrying Cost = $0.5/ lb; Starting Inventory = 2,000 units. Quarter Sales Forecast (lbs) Spring 80000 Summer 50000 Fall 120000 Winter 150000 Let: R. = # of units produced in house using regular hours for quarter t I, = # of units in inventory at the end of quarter t H = # of employees hired for quarter t Ft = # of units produced in house using regular hours 10. Compute the average bias and indicate whether it's over-biased or under-biased. (2 Pts) The Catoctin Furnace demand forecasts for the next 4 quarters are shown below. The operational costs and additional information are listed below. Use this information to answer Qu: 11-12 Hiring Cost = $100/Employee; Firing Cost = $500/Employee; Initial Workforce level = 100 Employees; Production Cost = $2/ lb; Production per Employee = 1000 lbs; Inventory Carrying Cost = $0.5/ lb; Starting Inventory = 2,000 units. Quarter Sales Forecast (lbs) Spring 80000 Summer 50000 Fall 120000 Winter 150000 Let: R. = # of units produced in house using regular hours for quarter t I, = # of units in inventory at the end of quarter t H = # of employees hired for quarter t Ft = # of units produced in house using regular hours