23) Option- E
24) Option- C
Expected Rate of Return = (Probability * Return on stock) + (Probability * Return on stock) + (Probability * Return on stock)
Expected Rate of Return = (0.50 * 28%) + (0.30 * 10%) + (0.20 * -28%)
Expected Rate of Return = 0.14 + 0.03 - 0.056
Expected Rate of Return = 0.114 or 11.4%
25) Option- E
The portfolio beta can be calculated by multiplying weight of different stocks with their respective betas and adding all the values. The weight of each stock in the portfolio can be calculated by dividing the value of a particular with the total portfolio value.
The formula for calculating portfolio beta is:
Portfolio Beta = Weight of Stock A*Beta of Stock A + Weight of Stock B*Beta of Stock B + Weight of Stock C*Beta of Stock C + Weight of Stock D*Beta of Stock D
Weight of Stock = Value of Investment in a Particular Stock/Total Portfolio Value
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Using the values provided in the question, we get,
Weight of Stock A = 50,000/200,000 = .25
Weight of Stock B = 50,000/200,000 = .25
Weight of Stock C = 50,000/200,000 = .25
Weight of Stock D = 50,000/200,000 = .25
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Using these weights and values of beta in the formula for portfolio beta, we get,
Portfolio Beta = .25*.80 + .25*.80 + .25*1 + .25*1.20 = .950 (which is Option E)
26) Option - E
Please find the detailed answer as follows:
Rate of Return (Without Adjustment for Inflation) = Risk Free Rate + Beta*MRP = 2 + .82*4.70 = 5.854
Rate of Return (After Adjustment for Inflation) = 5.854 + 3 = 8.854% or 8.85%
ID: A -firm's returns? (Hint: This is a sample, over the last 3 years are shown...