Find the production schedule for the technology matrix and demand vector given below: 0.4 0.1 5 A = 0.4 0.6 0.8 D 8 0.1 0.3 0.2 3 X =

Which model appears to be the best accordingly? A. Model I B. Model II C. Model III D. Model IV

focus on the c part of the question.  The demand for a product of a company in each of the last twelve months is shown in the table below; Month Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Jan  Demand 37 40 41 37 45 50 43 47 56 52 55 54 - Use the table to compute the following forecast demand for the company; a. Four months simple moving average  b. Four months weighted moving average using the weight of 40%, 30% and 20% and 10%respectively. c. Prepare exponential smoothing forecast using smoothing constants of 0.3 and 0.5  present the final answer in a table form and writed down all calculations clearly

The supply and demand curves for a product are given in the figure below. p($/unit) Supply 20 16 12 8 4. Demand q (quantity) 160 320 480 640 800 Estimate the equilibrium price and quantity and the consumer and producer surplus. Equilibrium price = units Equilibrium quantity = $ i at equilibrium. Consumer surplus = $ i at equilibrium. Producer surplus = %24

Yaster Breakfast Supplies is planning to manufacture and market a new toaster. After conducting extensive market surveys, the research department provides the following estimates: • a weekly demand of 318 at a price of $13 per toaster • a weekly demand of 201 at a price of $16 per toaster The financial department estimates that weekly fixed costs will be $1,399 and variable costs (cost per unit) will be $3. Assume: • the relationship between price and demand is linear • the cost function in linear Use your models to predict the marginal profit when Yaster is producing and selling 271 toasters per week. Round to the nearest cent. $ per toaster

Replace the March demand forecast 510 by C. During a 46-day period when there were 120 workers, the firm produced 1,700,000 cookies. Assume that there are 100 workers employed, and C cookies in inventory at the beginning of month 1 (January). Further assume that the inventory carrying cost cI = $0.10/cookie/month, employee hiring cost cH = $100/work, and cost of firing one worker cF = $200/worker. It is required that the inventory level at the end of month 12 (December) is 2C. use the Constant workforce plan (level strategy): Find the minimum constant workforce needed to meet all monthly demands (i.e, back order not allowed). Computer the total cost including employee hiring or firing cost (which occurs only at the beginning of month 1), and inventory carrying cost.