Answer:
23.56
Explanation:
Standard deviation of the first stock (σ1) = 20%
Standard deviation of the second stock (σ2) = 37%
The correlation coefficient between the returns (ρ) = 0.1.
Proportion invested in the first stock (W1) = 43%
Proportion invested in the second stock (W2) = 57%
The standard deviation of a two-stock portfolio's returns is given by

The standard deviation of this portfolio's returns IS 23.56%
Answer:
$350,000
Explanation:
The relationship between assets, liabilities, and equity is expressed in the accounting equation. According to the equation, Assets = Equity plus Liabilities.
For Berber company, total assets will be
Assets = $120,000 + $230,000
Assets = $350,000
Answer:
Range of price elasticity of demand for cigarettes is from (-0.5) to (-0.3).
Explanation:
Percentage increase in price = 10%
Percentage reduction in quantity demanded = 3% to 5%
We are taking percentage change in the quantity demanded is equal to 3% for now.
Initial price elasticity of demand for cigarettes:
= Percentage change in quantity demanded ÷ Percentage change in price
= -3 ÷ 10
= -0.3
Now, we are taking percentage change in the quantity demanded is equal to 5%.
price elasticity of demand cigarettes:
= Percentage change in quantity demanded ÷ Percentage change in price
= -5 ÷ 10
= -0.5
Therefore, the range of price elasticity of demand for cigarettes is from (-0.5) to (-0.3).
Answer:10.06 %
Explanation:
WACC = (Cost of equity × weight of equity ) + (Cost of debt × weight of debt)
Cost of equity = 0.17
Cost of debt = pretax cost of debt × (1 - tax rate )
0.06 × 0.52 = 0.0312
Weight of debt and equity = $3 / $6 = $0.5
WACC = ( 0.17 × 0.5 ) + (0.52×0.06 × 0.5) = 0.085 + 0.0156 = 0.1006 = 10.06%