Its easier to save it as a downloaded picture then you go into files on google drive or whatever typing site you use then you drag the picture from your files onto the document
Answer:
0.2308 or 23.08%
Explanation:
Mean (μ) = $12.50
Standard deviation (σ) = $3.25
Assuming a normal distribution, for any given fare X, the z-score is calculated as:
For X = $15.00, the z-score is:
A z-score of 0.7692 corresponds to the 77.91-th percentile of a normal distribution. Therefore, the probability that a fare exceeds $15.00 is:
The probability that a specific fare will exceed $15.00 is 0.2308.
Answer:
Sharpe ratio = 0.20
Treynor ratio = –0.005
Explanation:
Note: See the attached excel file for the calculations of average rate of returns, standard deviations and beta used in the calculation below.
a. Calculation of Sharpe ratio
Sharpe ratio refers to a investment measurement that employed to measure the an investment actual that has been adjusted for the risk associated with the investment.
Sharpe ratio can be calculated using the following formula:
Sharpe ratio = (Average fund rate - Average Risk Free rate) / Standard deviation of fund rate = (5.46% - 2.40%) / 15.05% = 0.20
a. Calculation of Treynor ratio
Treynor ratio refers to investment measurement that is calculated to show the risk of certain investments after the volatility of the market has been taking into consideration.
Treynor ratio can be calculated using the following formula:
Treynor ratio = (Average market return rate - Average Risk Free rate) / Beta = (1.96% - 2.40%) / 87.53% = –0.005
Answer:
The price elasticity of demand is 1.14.
The price is Elastic.
Elasticity is more than one so total revenue will fall.
Explanation:
Given the initial price of good x = $12
Final price of good x = $12.90
% change in price = [(12.90 - 12) / 12] x 100 = 7.5 %
Initial quantity = 5000
Final quantity = 4600
% change in quantity = [(4600 - 5000)/5000] x 100 = -8%
Elasticity = % change in quantity / % change in price
Elasticity = 8% / 7%
Elasticity = 1.14
The price elasticity of demand is 1.14.
The price is Elastic.
Since elasticity is more than one so total revenue will fall.
Answer:
A. Lowest Total Cost:
A. 315,550 or more
B. Lowest total cost of annual volume of 120 boats
C. C
Explanation:
The lowest total cost among the three alternatives is b.
If the company goes for new location it will have to incur fixed cost of $270,000 and variable cost per boat will be $600.
If the company Subcontracts then Total cost per boat is $2,620
If a company goes for expanding existing facility then it will incur fixed cost of $57,000 and variable cost will be $1,030 per boat.
If company produces 315,000 or more boats then it will have lowest possible cost for the boat.
For an output of 120 bots the best possible alternative is option C. The fixed cost will be $475 per boat ($57,000 / 120 boats)
The total cost will be $1,505 ($475 + $1,030)
