In: Finance
An investor has a choice between four investments. The profitability of the investments depends upon the market. The payoff table is given below for different market conditions.
State of Nature | |||
Investment | Market Increases | Market Stays the Same | Market Decreases |
A | 100,000 | 70,000 | 20,000 |
B | 70,000 | 30,000 | -20,000 |
C | 40,000 | 25,000 | -10,000 |
D | 30,000 | 30,000 | 30,000 |
A market economist has stated that there is a 20% chance that the market will stay the same, a 50% chance that the market will decrease, and a 30% chance that the market will increase. If a market economist is 100% correct, compute expected value with perfect information (EVwPI).
Group of answer choices
9,000
59,000
54,000
5,000
State of nature | |||
Market increases | Market stays the same | Market decreases | |
Probability of state | 0.3 | 0.2 | 0.5 |
Investment | |||
A | 100000 | 70000 | 20000 |
B | 70000 | 30000 | -20000 |
C | 40000 | 25000 | -10000 |
D | 30000 | 30000 | 30000 |
Expected return on investment A | sum of probability of state*payoff | ||
Expected return on investment A | 100000*.3 + 70000*.2 + 20000*.5 | ||
Expected return on investment A | 54000 | ||
Expected return on investment B | sum of probability of state*payoff | ||
Expected return on investment B | 70000*.3 + 30000*.2 - 20000*.5 | ||
Expected return on investment B | 17000 | ||
Expected return on investment C | sum of probability of state*payoff | ||
Expected return on investment C | 40000*.3 + 25000*.2 - 10000*.5 | ||
Expected return on investment C | 12000 | ||
Expected return on investment D | sum of probability of state*payoff | ||
Expected return on investment D | 30000*.3 + 30000*.2 + 30000*.5 | ||
Expected return on investment D | 30000 | ||
The expected return on A | 54000 | ||
The expected return on B | 17000 | ||
The expected return on C | 12000 | ||
The expected return on D | 30000 | ||
The investment A has the highest expected payoff. | |||
The expected value of investment A is $54000. |