Inventory records for Dunbar Incorporated revealed the following: Date Transaction Number of Units Unit Cost Apr. 1 Beginning inventory 510 $ 2.38 Apr. 20 Purchase 370 2.63 Dunbar sold 650 units of inventory during the month. Ending inventory assuming weighted-average cost would be: (Round weighted-average unit cost to 4 decimal places and final answer to the nearest dollar amount.) Multiple Choice

Problems and applications q3 suppose the demand for french bread falls. illustrate the effect this has on the market for french bread. demand supply price of french bread quantity of french bread d 1 d 2 supply producer surplus in the market for french breadincreases . illustrate the effect the quantity change in french bread has on the market for flour. demand supply price of flour quantity of flour d 1 d 2 s 1 s 2 producer surplus in the market for flour .

Bear, inc. estimates its sales at 200,000 units in the first quarter and that sales will increase by 20,000 units each quarter over the year. they have, and desire, a 25% ending inventory of finished goods. each unit sells for $35. 40% of the sales are for cash. 70% of the credit customers pay within the quarter. the remainder is received in the quarter following sale. cash collections for the third quarter are budgeted at

Needs to schedule the staffing of the center. it is open from 8am until midnight. larry has monitored the usage of the center at various times of the day and determined that the following number of computer consultants are required: time of dayminimum number of consultants required to be on duty8 am-noon4noon-4 pm84pm-8pm108pm-midnight6 two types of computer consultants can be hired: full-time and part-time. the full- time consultants work for eight consecutive hours in any of the shifts: morning (8am- 4pm), afternoon (noon-8pm) and evening (4pm-midnight). full-time consultants are paid $14 per hour. part-time consultants can be hired to work any of the four shifts listed in the table. part-time consultants are paid $12 per hour. an additional requirement is that during every time period, there must be at least two full-time consultants on duty for every part-time consultant on duty. larry would like to determine how many full-time and part-time consultants should work each shift to meet the above requirements at the minimum possible cost. formulate this as an lp problem. you must define your variables clearly