Answer:
The average expected rate of return on the market portfolio is 10 percent.
Explanation:
The CAPM (fixed asset pricing) model describes the relationship between systematic risk and expected return on assets, especially stocks. CAPM is widely used throughout the financial community to value high-risk securities and achieve the expected returns on assets when taking into account the risk of those assets and the cost of capital.
The formula for calculating the expected return on an asset taking into account its risk is as follows:
ERi = Rf + βi (ERm - Rf)
where:
ERi = expected return on investment
Rf = risk-free interest rate = 4 percent.
βi = beta inversion =1.0
(ERm −Rf) = market risk premium = 6 percent.
ERi = 4 + 1 ×(6) =10
The average expected rate of return on the market portfolio is 10 percent.
Answer:
The correct answer is letter "A": both the value of a good to society and the cost to society of making the good.
Explanation:
Price is the monetary value of a good or service that consumers are willing to pay and producers are willing to accept. <em>For companies, it represents the production costs of the good plus the unitary revenue they expect to obtain. For consumers, it is the value they provide to the good offered according to the type of need the good is destined to fulfill.</em>
Answer:
Perform an analysis on existing resources such as land availability, water availability, manpower, mechanization
Explanation:
The first thing required in such case is to first analyze the existing resources available to them to begin the production process. One factor to be considered is water availability. Do they have the available amount of water for irrigation purposes or for other purposes in the production process. Do they have available land area that can feed a growing population. They need to also check if they have adequate manpower and mechanization to engage in such large-scale production of corn.
Because of there nerves in there brain man o-o
Answer:
$1,498.86
Explanation:
Given that;
Packing of crates per month(u) = 779
Annual carrying cost of 39% of the purchase price per crate
Ordering cost (S) = $27
D = 779 × 12 = $9,348 crates per year
H = 0.39P
H = 0.39 × $12
H = $4.68 crates per year
Total ordering cost = D/Q × S
= ( $9,348 / 779 ) × $27
= $324
Total Holding cost = Q / 2 × H
= ( 779 / 2 ) × $4.68
= $1,822.86
Annual savings = Total holding cost - Total ordering cost
= $1,822.86 - $324
= $1,498.86
The firm would be saving $1,498.86 annually.
