To calculate the expected value of investing in the baseball game, we can use the formula for expected value, which is:
\[ \text{Expected Value (EV)} = (P(\text{No Rain}) \times \text{Payoff(No Rain)}) + (P(\text{Rain}) \times \text{Payoff(Rain)}) \]
Where:
- \( P(\text{No Rain}) = 1 - P(\text{Rain}) = 1 - 0.2 = 0.8 \)
- Payoff(No Rain) = $23,567 (the revenue from selling tickets if the game goes ahead)
- Payoff(Rain) = -$10,000 (the loss from the investment if it rains)
Now we can compute the expected value:
- First, calculate each part of the expected value:
\[ \text{EV(No Rain)} = 0.8 \times 23567 = 18853.60 \]
\[ \text{EV(Rain)} = 0.2 \times (-10000) = -2000 \]
- Now add these two results to find the total expected value:
\[ \text{EV} = 18853.60 - 2000 = 16853.60 \]
Thus, the expected value of investing in the baseball game is $16,853.60.
Since we also need to consider the initial investment of $10,000 in the bank as alternative:
- The total value of leaving the money in the bank is \(10,000\), while the expected value of investing is 16853.60 (profit over the investment).
Therefore, investing in the baseball game has a positive expected outcome compared to leaving the money in the bank, resulting in a better financial outcome in expectation.