Part A:
Expected Ret = Sum [ Ret ] / n
Scenario | Prob | Profit | Prob * Ret |
Optimistic | 0.300 | 500.00 | 150.00 |
Most Likely | 0.600 | 100.00 | 60.00 |
Pessimistic | 0.100 | -400.00 | -40.00 |
Expected Ret | 170.00 |
Option D is correct.
Part B:
SD = SQRT [ [ Sum[ Prob * ( X-AvgX)^2 ) ] ] ]
State | Prob | Profit | (X-AvgX) | (X-AvgX)^2 | Prob * (X-Avg X)^2 |
Boom | 0.3000 | 500.00 | 330.00 | 1,08,900.00 | 32,670.00 |
Normal | 0.6000 | 100.00 | -70.00 | 4,900.00 | 2,940.00 |
Recision | 0.1000 | -100.00 | -270.00 | 72,900.00 | 7,290.00 |
Sum[ Prob * ( X-AvgX)^2 ) ] | 42,900.00 | ||||
SD = SQRT [ [ Sum[ Prob * ( X-AvgX)^2 ) ] ] ] | 207.12 |
Option E
Part C:
Coefficient of Variation = SD / Mean | |
It specifies risk each unit of return | |
Particulars | Amount |
Standard Deviation | 207.12 |
Mean | 170.00 |
Coefficient of Variation = SD / Mean |
= 207.12 / 170.00 |
= 1.22 |
OPtion E
Part D:
State | Prob | Profit | (X-AvgX) | (X-AvgX)^2 | Prob * (X-Avg X)^2 |
Boom | 0.3000 | 500.00 | 330.00 | 1,08,900.00 | 32,670.00 |
Normal | 0.6000 | 100.00 | -70.00 | 4,900.00 | 2,940.00 |
Recision | 0.1000 | -100.00 | -270.00 | 72,900.00 | 7,290.00 |
Variance = Sum[ Prob * ( X-AvgX)^2 ) ] | 42,900.00 |
OPtion E is correct.
Pls do rate, if the answer is correct and comment, if any further assistance is required.
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