I believe the answer is Monopolist.
Answer:
Instructions are listed below
Explanation:
Giving the following information:
Kristen Lu purchased a used automobile for $10,100 at the beginning of last year and incurred the following operating costs: Depreciation ($10,100 ÷ 5 years) $ 2,020 Insurance $ 1,100 Garage rent $ 600 Automobile tax and license $ 280 Variable operating cost $ 0.14 per mile
1) 10,000 miles
Insurance= 1,100
Garage= 600
Tax= 280
Variable costs= 0.14*10,000= 1,400
Total= $3,380
Cost per mile= 3380/10000= $0.338
2) The only relevant cost is the variable operating cost per mile. The other costs will exist whether she uses the car or not.
Answer:
a. 41.6 million
b. 42.28 million
Explanation:
A) GIven
forecast in june = Sjune = 42 million
Checks recived in june = Xjune = 40 million
Smoothing constant = a = 0.2
So for july
Sjuly = a*Xjune + (1-a)*Sjune
=0.2*40 + (1-0.2)*42 million
=8+33.6 = 41.6 million
B) forecast in july = Sjuly = 41.6 million
Checks recived in july = Xjuly = 45 million
Smoothing constant = a = 0.2
So for August
Saugust = a*Xjuly + (1-a)*Sjuly
=0.2*45 + (1-0.2)*41.6 million
=9+33.28 = 42.28 million
<em>Note: This uses an exponential smoothing to forecast the results, but from the number of checks recived we see that it increases linearly. So we need a linear forecasting method .</em>
Answer: a.$10,904 increase
Explanation:
Operating income before sales increase:
= Sales - Variable costs - Fixed costs
= 551,000 - (71% * 551,000) - 207,000
= -$47,210
Operating income after sales increase:
Sales increases to:
= 551,000 + 37,600
= $588,600
= 588,600 - (71% * 588,600) - 207,000
= -$36,306
Difference:
= -47,210 - (-36,306)
= Increase of $10,904