QUESTION 15 The table below list the demand for 64 inches screens at local store for the past 7 wooks. Use the best of the following 2 Forecasting Method to compute the forecast the number of TV for period 8: 1) A 3 periods Moving Average Module. 2) A Weighted Moving Average forecasting tool, with the following weights: 5.2, and 7. TV 1 100 2 3 5 . 7 131.3 130.0 129.3 124.0 130.3 QUESTION 14 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of them is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per your compute the Total Variable Cost under the current ordering policy $50 $100 $410 $450 QUESTION 16 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Land Time is 4 units, ordering cost is $10 per order, holding co 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per year. Given that the Domand is constant, desired Stock-out to be 16%, what is the Re-order Point? 100 units 146 units 144 units 300 Not enough information QUESTION 15 The table below list the demand for 64 inches screens at local store for the past 7 weeks. Use the best of the following 2 Forecasting Method to compute the forecast the number of TV for period 8: 1) A 3 periods Moving Average Module. 2) A Weighted Moving Average forecasting tool with the following weights: 6,2, and 7. of TV 1 100 2 120 3 110 4 150 5 124 7 10 131.3 129.3 1240 1303 QUESTION 14 Given the following information: Monthly Demand is 150 units, Lead time in 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating So weeks per year. Compute the Total Variable cost under the current ordering policy. $100 $350 $410 $450 QUESTION 16 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per year. Given that the Demand is constant, desired Stock-out to be 16%, what is the Re-order Point? 100 units 146 units 144 units 300 Not enough information QUESTION 15 The table below list the demand for 64 inches screens at local store for the past 7 wooks. Use the best of the following 2 Forecasting Method to compute the forecast the number of TV for period 8: 1) A 3 periods Moving Average Module. 2) A Weighted Moving Average forecasting tool, with the following weights: 5.2, and 7. TV 1 100 2 3 5 . 7 131.3 130.0 129.3 124.0 130.3 QUESTION 14 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of them is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per your compute the Total Variable Cost under the current ordering policy $50 $100 $410 $450 QUESTION 16 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Land Time is 4 units, ordering cost is $10 per order, holding co 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per year. Given that the Domand is constant, desired Stock-out to be 16%, what is the Re-order Point? 100 units 146 units 144 units 300 Not enough information QUESTION 15 The table below list the demand for 64 inches screens at local store for the past 7 weeks. Use the best of the following 2 Forecasting Method to compute the forecast the number of TV for period 8: 1) A 3 periods Moving Average Module. 2) A Weighted Moving Average forecasting tool with the following weights: 6,2, and 7. of TV 1 100 2 120 3 110 4 150 5 124 7 10 131.3 129.3 1240 1303 QUESTION 14 Given the following information: Monthly Demand is 150 units, Lead time in 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating So weeks per year. Compute the Total Variable cost under the current ordering policy. $100 $350 $410 $450 QUESTION 16 Given the following information: Monthly Demand is 150 units, Lead time is 4 weeks, Variance of demand per Lead Time is 4 units, ordering cost is $10 per order, holding cost is 5% per unit per months, Cost of item is $40, Assume that there are 300 days per year. The company is currently operating 50 weeks per year. Given that the Demand is constant, desired Stock-out to be 16%, what is the Re-order Point? 100 units 146 units 144 units 300 Not enough information