BIAM500_WK2_PAPER

Consider a power system with three generators. Each generator has a piecewise linear cost function defined by the following points. Generator 1 Generator 2 Generator 3 Production (MWh) 100 200 300 400 200 400 600 800 100 400 700 1000 Cost ($) 915 1760 2635 3540 1870 3530 5230 6970 1060 3460 6040 8800 The min/max production of each generator corresponds to the min/max production values in the table (i.e., Generator 1 produces at least 100 MWh and no more than 400 MWh). (a) Plot the inverse supply function for this system. (b) If the demand is completely inelastic and equal to 1600 MWh į. compute the electricity price. ii. calculate the gross consumer surplus, consumer surplus, the producers revenue, the producers profit, and the global welfare. iii. determine the production level, cost, revenue, and profit for each generator.

At what output level is variable costs per unit at a minimum? Supporting Materials Steel Costs $ per ton MC ATC $175 AVC $115 $70 4,000 9,000 11,000 16,500 Steel Outp ut (in tons)

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The costs of producing a certain commodity consist of 125.00 per unit for labor and material cost and 320.00 per unit for other variable cost. The unit can be sold at 1,200.00. If the production capacity per month is 5,200 units, what maximum fixed amount can the company spend each month of breakeven? Answer: 3,926,000.00  Explain every process.

A manufacturer of Chocolate has a fixed cost of Tk.60000 and variable cost is Tk.7 perproduced Chocolate. Selling price is Tk.10 per Chocolate.Requirement- At what number of units will break even occur and At what sales (revenue) volume will break occur?

Best Ink Printing Co. received an order to print a minimum of 50,000 tickets for a concert. They have three printing machines available to meet the order they received. The set-up cost of these machines and the unit cost/ticket printed using each machine along with their maximum production are provided in the table below: Machine A B 976400 C Cost per unit $18 $21 $24 Maximum Production 30,000 25,000 30,000 Formulate an all-integer linear programming model to find the required number of tickets produced by each machine in order to minimize the production cost. What is the optimal solution for the number of tickets produced by machine B?

Assume you were hired as a Production Engineer in a global Bearing Manufacturer company and given the following inputs: Equipment Maintenance Cost per Month Utilities Cost per Month Material Cost per Unit Labor Cost per Unit Selling Price per Unit S60,000.00 $12.000.00 $12.00 $3.00 $24.00 Calculate Total Fixed Cost per Month Calculate Total Variable Cost per Unit = Calculate number of Units to be sold to reach Break-Even Point = Calculate number of Units that must be sold to eam profit of $90,000.00

If he wants the average cost of production to be $1, how many lures would he e) have to produce in one month? e)_ If he wants to make a profit of at least $4000 per month, what is the f) minimum number of lures he would have to produce if he sells every lure he produces for $4? f)_

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A manufacturing company produces solar panels. The variable costs are $20 per unit and fixed costs are $10,875. The price demand relationship for this product is P=-0.25Q+ 250, where P is the unit sales price of the product and Q is the demand of solar panels. Given the following: • Total cost = Fixed cost + Variable cost • Revenue = Demand x Price • Profit = Revenue - Total cost 26. The equation that represent the total cost is: a. ($10,875+$20) Q b. $10,875-$20 Q c. $10,875 × $20 Q d. $10,875+$20 Q 27. The equation that represent the total revenue is: a. $0.25Q²+$250Q b. - $0.25Q²+$250Q c. - $0.25Q²-$250Q d. $0.25Q²-$250Q

Metters Cabinets, Inc., needs to choose a production method for its new office shelf, the Maxistand. To help accomplish this, the firm has gathered the following production cost data:                                                                                             Variable costs (per unit) ($) Process type               Annualized fixed cost             labor               material          energy                                         Of  plant & equip.      Intermittent                      $1,000,000                               24                     26                    20 Mass customization         $1,190,000                              30                     18                    12 Repetitive                        $1,385,000                               28                     15                    11 Continuous                     $1,660,000                               25                     15                    10   Determine the most economical…

Three production processes - A, B, and C - have the following cost structure:​ the selling price is 5.26 per unit Process Fixed Cost per Year Variable Cost per Unit A 119164 2.54 B 80631 4.52 C 70617 5.27 1. What is the cost of process A for a volume of 7104 units? (round to the nearest cent).

Carlota Music Company estimates that the marginal cost of manufacturing its Professional Series guitars is C ′ (x) = 0.02x + 100 dollars/month when the level of production is x guitars/month. The fixed costs incurred by Carlota are $4000/month. Find the total monthly cost incurred by Carlota in manufacturing x guitars/month.

ABC Company has a product that sells for $400 per unit and its variable cost per unit is $260. Company’s fixed cost is $840,000. Required:Compute  the Contribution Margin.

A jeweler is considering producing a limited edition diamond bracelet, and she is trying to decide how many bracelets to produce. The table gives her estimated total cost for various production levels as well as the price she would charge for each bracelet. Number of bracelets 100 200 300 400 500 600 Total cost (thousands) Price per bracelet $215 $7900 $420 $7400 $625 $5900 $820 $5000 $1015 $4200 $1205 $3600 (a) of the production levels listed in the table, which gives the highest profit? (b) Estimate the marginal cost and marginal revenue when 400 bracelets are made. marginal cost $ marginal revenue $