Demand for a new product is estimated as 50,000 units next year (year 2) and is expected to grow at 5% per year for the next 10 years (years 2 to 11). The management needs to decide the capacity of a new factory to be built for this product. Following data have been collected:
Size | Annual capacity (units) | Building cost | Annual operating cost |
Small | 50,000 | $800,000 | $20,000 |
Medium | 60,000 | $900,000 | $25,000 |
Large | 70,000 | $1,000,000 | $30,000 |
The factory with take 1 year to build, so it will be ready for production in year 2 (now is the beginning of year 1). The selling price of product will be $5 per unit and variable cost will be $2 per unit. Any excess demand will be lost (assume at no cost). If demand is less than capacity, the factory will produce enough to meet the demand. Assume all cash flows occur at the end of the year, including the building cost (will occur at the end of year 1).
a. Create below a spreadsheet model of this problem. Assuming a small size (50,000 annual capacity) factory is built but make your model flexible so it can also work for other capacities. Use vlookup to pickup the building cost and annual operating cost associated with the annual capacity. Calculate the NPV of this project using discount rate of 7%.
b. Use one-way data table to determine which capacity has the highest NPV.
a) NPV at Capacity 50000 units is $325821 |
b) NPV at Capacity would be highest at $555223. |
WORKING NOTE: |
|||||
Capacity : 50000 units |
|||||
Year |
Capacity |
cash flow |
Discount 7% |
PV |
|
0 |
0 |
1 |
0 |
||
1 |
-800000 |
0.935 |
-748000 |
||
2 |
50000 |
130000 |
0.873 |
113490 |
50000*3 - 20000 |
3(growth 5%) |
52500 |
137500 |
0.816 |
112200 |
|
4 |
55125 |
145375 |
0.763 |
110921 |
|
5 |
57881 |
153644 |
0.713 |
109548 |
|
6 |
60775 |
162326 |
0.666 |
108109 |
|
7 |
63814 |
171442 |
0.623 |
106809 |
|
8 |
67005 |
181014 |
0.582 |
105350 |
|
9 |
70355 |
191065 |
0.544 |
103939 |
|
10 |
73873 |
201618 |
0.508 |
102422 |
|
11 |
77566 |
212699 |
0.475 |
101032 |
|
NPV |
325821 |
||||
Capacity : 60000 units |
|||||
Year |
Capacity |
cash flow |
Discount 7% |
PV |
|
0 |
0 |
1 |
0 |
||
1 |
-900000 |
0.935 |
-841500 |
||
2 |
60000 |
155000 |
0.873 |
135315 |
60000*3 - 25000 |
3(growth 5%) |
63000 |
164000 |
0.816 |
133824 |
|
4 |
66150 |
173450 |
0.763 |
132342 |
|
5 |
69458 |
183373 |
0.713 |
130745 |
|
6 |
72930 |
193791 |
0.666 |
129065 |
|
7 |
76577 |
204731 |
0.623 |
127547 |
|
8 |
80406 |
216217 |
0.582 |
125838 |
|
9 |
84426 |
228278 |
0.544 |
124183 |
|
10 |
88647 |
240942 |
0.508 |
122399 |
|
11 |
93080 |
254239 |
0.475 |
120764 |
|
NPV |
440522 |
||||
Capacity : 70000 units |
|||||
Year |
Capacity |
cash flow |
Discount 7% |
PV |
|
0 |
0 |
1 |
0 |
||
1 |
-1000000 |
0.935 |
-935000 |
||
2 |
70000 |
180000 |
0.873 |
157140 |
70000*3 - 30000 |
3(growth 5%) |
73500 |
190500 |
0.816 |
155448 |
|
4 |
77175 |
201525 |
0.763 |
153764 |
|
5 |
81034 |
213101 |
0.713 |
151941 |
|
6 |
85085 |
225256 |
0.666 |
150021 |
|
7 |
89340 |
238019 |
0.623 |
148286 |
|
8 |
93807 |
251420 |
0.582 |
146326 |
|
9 |
98497 |
265491 |
0.544 |
144427 |
|
10 |
103422 |
280266 |
0.508 |
142375 |
|
11 |
108593 |
295779 |
0.475 |
140495 |
|
NPV |
555223 |
Demand for a new product is estimated as 50,000 units next year (year 2) and is...
A plant is operating at its normal capacity of 50,000 units per year. The annual fixed costs are $20,000 and the variable cost is $0.12 per unit. a. What must be the minimum unit selling price if a loss situation is to be prevented? b. If the demand increases to 70,000 units per year, the plant can operate on an overtime basis at an additional cost of $0.03 per unit (total cost = $.15 per unit) for only those additional...
product has a demand of 10,000 units per year. Ordering cost is RO 60, and holding cost is RO 4 per unit per year. The EOQ model is appropriate. The cost-minimizing solution for this product will cost per year in total annual nventory (holding and setup) costs. Round-up to the nearest Integer Select one: a. RO1200 b. Zero; this is a class C item. c. RO 2191 d. RO 800 Next page
1- If annual demand is 50,000 units, the ordering cost is $25 per order and the holding cost is $5 per unit per year, which of the following is the optimal order quantity using the fixed-order quantity model? A. 909 B. 707 C. 634 D. 500 ANS.
A company sells a product which annual demand is 1,500 units. Carrying cost is estimated to be 2 per unit per year and the ordering cost is 16 per order. Compute the EOQ.
Next year, CPC Inc. expects to sell 50,000 units of its only product and has prepared the following budgeted income statement: Sales Variable expenses Contribution margin Fixed expenses Net operating income $1,250,000 750,000 500,000 300,000 $200,000 The company is considering the use of higher quality direct materials, which would increase direct material cost from $6 per unit to $8 per unit. If this change were made without changing the selling price, it is believed that unit sales would increase by...
A manager receives a forecast for next year. Demand is projected to be 528 units for the first half of the year and 1,020 units for the second half. The monthly holding cost is $2 per unit, and it costs an estimated $55 to process an order. a. Assuming that monthly demand will be level during each of the six-month periods covered by the forecast (e.g., 88 per month for each of the first six months), determine an order size...
2. Montegut Manufacturing produces a product for which the annual demand is 20,000 units. Production averages 80 units per day, while demand is 30 units per day. Holding costs are $5.00 per unit per year, and setup cost is $250.00. (a) If the firm wishes to produce this product in economic batches, what size batch should be used? (b) What is the maximum inventory level? (c) How many order cycles are there per year? (d) What are the total annual...
A manager receives a forecast for next year. Demand is projected to be 530 units for the first half of the year and 1,000 units for the second half. The monthly holding cost is $2 per unit, and it costs an estimated $55 to process an order. a. Assuming that monthly demand will be level during each of the six-month periods covered by the forecast (e.g., 100 per month for each of the first six months), determine an order size...
For a new product, sales volume in the first year is estimated to be 80,000 units and is projected to grow at a rate of 4% per year. The selling price is $12 and will increase by $0.50 each year. Per-unit variable costs are $3, and annual fixed costs are $400,000. Per-unit costs are expected to increase 5% per year. Fixed costs are expected to increase 8% per year. Develop a spreadsheet model to calculate the net present value of...
For a New product, sales volume in the first year is estimated to be 80,000 units and is projected to grow at a rate of 4% per year. the selling price is $12 and will increase by $0.50 each year. Per -unit variable costs are $3, and annual fixed costs are $400000. Per-unit costs are expected to increase 5% per year. Fixed costs are expected to increase 8% per year. develope a spread sheet model to calculate the net present...