Annual income under different demand patterns High $306,600 0.2 $153,300 0.3 $76,650 0.5 $317,550 0.3 $158,775 0.4 $79,400 0.3 $292,000 0.4 $146,000 0.4 $73,000 0.2 $319,375 0.5 $159,700 0.4 $79,850 0.1 Alternatives Average Low Option A Option B Option C Option D (a) Draw the decision tree for the entrepreneur. (b) Compute the expected income for each option. Which option has the highest expected income? (c) Suppose option A costs $82,000, option B costs $96,000, option C costs $118,000 and option D costs $145,000, and these costs have to be repaid within 1 year. Calculate the expected profit (income minus cost) of each option for the first year. Which option has the highest expected profit?

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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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An entrepreneur is deciding how to subdivide a large old home to
convert it to a Bed-and-Breakfast (B&B). There are four alternatives: Option
A renovates all rooms, but leaves all walls intact, so the result would be two
double rooms and three single rooms on the top floor, and on the main floor two further single rooms with a shared bathroom. Option B would renovate only the second floor but combine the single rooms in the main floor to create a single room with a bathroom. Option C combines the main floor rooms to create a single room with a bathroom, and combines the three single rooms on the top floor to create two double rooms. Finally option D would create five double rooms, each with its own bathroom. There are three event possibilities, a high demand, an average demand, and a low demand. The entrepreneur believes the probability of each event depends on the layout and availability of the rooms. Below are the details of the predicted income and the probability of occurrence that accompany each option and demand situation:

Annual income under
different demand patterns
Alternatives
High
Average
$306,600 0.2 $153,300 0.3 $76,650 0.5
$317,550 0.3 $158,775 0.4 $79,400 0.3
$292,000 0.4 $146,000 0.4 $73,000 0.2
Option D $319,375 0.5 $159,700 0.4 $79,850 0.1
Low
Option A
Option B
Option C
(a) Draw the decision tree for the entrepreneur.
(b) Compute the expected income for each option. Which option has the
highest expected income?
(c) Suppose option A costs $82,000, option B costs $96,000, option C costs
$118,000 and option D costs $145,000, and these costs have to be repaid
within 1 year. Calculate the expected profit (income minus cost) of each
option for the first year. Which option has the highest expected profit?
(d) Which option would you choose, considering that the same demand pat-
tern experienced in year 1 is expected to occur on year 2?
Transcribed Image Text:Annual income under different demand patterns Alternatives High Average $306,600 0.2 $153,300 0.3 $76,650 0.5 $317,550 0.3 $158,775 0.4 $79,400 0.3 $292,000 0.4 $146,000 0.4 $73,000 0.2 Option D $319,375 0.5 $159,700 0.4 $79,850 0.1 Low Option A Option B Option C (a) Draw the decision tree for the entrepreneur. (b) Compute the expected income for each option. Which option has the highest expected income? (c) Suppose option A costs $82,000, option B costs $96,000, option C costs $118,000 and option D costs $145,000, and these costs have to be repaid within 1 year. Calculate the expected profit (income minus cost) of each option for the first year. Which option has the highest expected profit? (d) Which option would you choose, considering that the same demand pat- tern experienced in year 1 is expected to occur on year 2?
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