POOLVAC CONSULTING PROJECT

CLICK HERE TO DOWNLOAD THIS TUTORIAL INSTANTLY $55 Only

Pricing and Production Decisions at PoolVac, Inc.
PoolVac, Inc. manufactures and sells a single product called the “Sting Ray,” which is a patent-protected automatic cleaning device for swimming pools. PoolVac’s Sting Ray accounts for 65 percent of total industry sales of automatic pool cleaners. Its closest competitor, Howard Industries, sells a competing pool cleaner that has captured about 18 percent of the market. Six other very small firms share the rest of the industry’s sales. Using the last 26 months of production and cost data, PoolVac wishes to estimate its unit variable costs using the following quadratic specification:
2 AVC = +a bQ+cQ^2
The monthly data on average variable cost (AVC), and the quantity of Sting Rays produced and sold each month (Q) are presented in the table below.
PoolVac also wishes to use its sales data for the last 26 months to estimate demand for its Sting Ray. Demand for Sting Rays is specified to be a linear function of its price (P), average income for households in the U.S. that have swimming pools (Mavg), and the price of the competing pool cleaner sold by Howard Industries (PH):
Q^4 = d + eP + fM + gPH
The table below presents the last 26 months of data on the price charged for a Sting Ray (P), average income of households with pools (MAVG), and the price Howard Industries charged for its pool cleaner (PH):
obs AVC Q P MAVG PH
1 109 1647 275 58000 175
2 118 1664 275 58000 175
3 121 1295 300 58000 200
4 102 1331 300 56300 200
5 121 1413 300 56300 200
6 102 1378 300 56300 200
7 105 1371 300 57850 200
8 101 1312 300 57850 200
9 108 1301 325 57850 250
10 113 854 350 57600 250
11 114 963 350 57600 250
12 105 1238 325 57600 225
13 107 1076 325 58250 225
14 104 1092 325 58250 225
15 104 1222 325 58250 225
16 102 1308 325 58985 250
17 116 1259 325 58985 250
18 126 711 375 58985 250
19 116 1118 350 59600 250
20 139 91 475 59600 375
21 152 137 475 59600 375
22 116 857 375 60800 250
23 127 1003 350 60800 250
24 123 1328 320 60800 220
25 104 1376 320 62350 220
26 114 1219 320 62350 220

PoolVac, Inc. incurs total fixed costs of $45,000 per month.
1. a. Run the appropriate regression to estimate the average variable cost function (AVC) for Sting Rays. Evaluate the statistical significance of the three estimated parameters using a significance level of 5 percent. Be sure to comment on the algebraic signs of the three parameter estimates.
b. Using the regression results from part 1 a, write the estimated total variable cost, average variable cost, and marginal cost functions (TVC, AVC, and MC) for PoolVac.
c. Compute minimum average variable cost.

2. a. Run the appropriate regression to estimate the demand function for Sting Rays. Evaluate the statistical significance of the three estimated slope parameters using a significance level of 5 percent. Discuss the appropriateness of the algebraic signs of each of the three slope parameter estimates.
b. The manager at PoolVac, Inc. believes Howard Industries is going to price its automatic pool cleaner at $250, and average household income in the U.S. is expected to be $65,000. Using the regression results from part 2 a, write the estimated demand function, inverse demand function, and marginal revenue function.

3. Using your estimated cost and demand functions from parts 1 and 2, what price would you recommend the manager of PoolVac, Inc. charge for its Sting Ray? Given your recommended price, estimate the number of units PoolVac can expect to sell, as well as its monthly total revenue, total cost, and profit.

4. For the profit-maximizing solution in question 3, compute the point elasticity of demand for Sting Rays.
In the profit-maximizing situation in question 3, a 5 percent price cut would be predicted to _______________ (increase, decrease) quantity demanded of Sting Rays by ___________ percent, which would cause total revenue to _____________ (rise, fall, stay the same) and profit to _____________ (rise, fall, stay the same).

5. For the profit-maximizing solution in question 3, compute the income elasticity of demand for Sting Rays.
a. Is the algebraic sign of the income elasticity as you expected? Explain.
b. A 10 percent increase in Mavg would be predicted to _______________ (increase, decrease) quantity demanded of Sting Rays by ___________ percent.

6. For the profit-maximizing solution in question 3, compute the cross-price elasticity of demand for Sting Rays.
a. Is the algebraic sign of the income elasticity as you expected? Explain.
b. A 3 percent decrease in PH would be predicted to _______________ (increase, decrease) quantity demanded of Sting Rays by ___________ percent.

7. If total fixed costs increase from $45,000 to $55,000, what price would you now recommend in order to maximize profits at PoolVac? Compute the number of units sold at this price, total revenue, total cost and profit:

8. If the manager of PoolVac wanted to maximize total revenue instead of profit (a bad idea), the manager would charge a price of $_____________. At this price, PoolVac’s profit would be $_______________, which is _______________ (higher than, lower than, the same as) the profit in question 3.