Answer:
C. As more securities are added to a portfolio, total risk typically would be expected to fall at a decreasing rate.
Explanation:
Portfolio diversification gives more security to a portfolio, which expected to results in a decreasing rate of total risk.
The portfolio which is diversified carries the co-variance measure of risk. It has the property of reducing the risk as it diversifies the portfolio to a great extent.
It reduces the overall risk by diversifying the assets i.e. stock , bonds, commodities etc.
Hence, the most appropriate answer is option C.
In a split offering, we see that a) shares are issued from the corporation and sold by existing shareholders.
<h3>What is a split offering?</h3>
A split offering is a type of stock issuance that involves the issuing of new stock and existing stock that it is in the market already. This is why it is called a split offering - one side of the offering comes from the corporation, and the other comes from the existing shareholders.
With a split offering, the seller will be existing shareholders and not the company. This means that the corporation that issues the shares, will then cooperate with existing shareholders who will then be the ones to sell the shares.
Find out more on stock offerings at brainly.com/question/13049425.
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Answer:
(a) $700
(b) $5.50
Explanation:
Weekly fixed costs = $6,000
Weekly Total meals = Average customers per day × No. of days
= 500 × 6
= 3,000
Fixed cost per meal = Weekly fixed costs ÷ Weekly Total meals
= $6,000 ÷ 3,000
= $2
(a) Lowest price in total = Number of customers × Variable costs for each meal
= 200 × $3.50
= $700
(b) Lowest price = Variable costs for each meal + Fixed cost per meal
= $3.50 + $2
= $5.50
Answer:
Final value= $2,282.013
Explanation:
Giving the following information:
Erick is planning to invest $500 at the end of year one, 800 at the end of year two, and 900 at the end of year three at 4.5 percent interest.
To calculate the total final value of the investment, we need to use the following formula for each deposit:
FV= PV*(1+i)^n
Deposit 1= 500*1.045^2= 546.013
Deposit 2= 800*1.045= 836
Deposit 3= 900
Final value= $2,282.013
Answer:
$27.2
Explanation:
First we have to calculate the total estimated manufacturing overheads which shall be determined as follows:
Estimated total manufacturing overheads=Variable manufacturing overhead+ Fixed manufacturing overheads
Variable manufacturing overhead=Estimated labour hours*manufacturing overhead per labour hour
=75,000*$10.70=$802,500
Fixed manufacturing overheads=$1,237,500
Estimated total manufacturing overheads=$802,50+$1,237,500
=$2,040,000
Now we will compute the predetermined overhead rate which shall be determined using the following formula:
Predetermined overhead rate=Estimated total manufacturing overheads/Estimated labour hours
Predetermined overhead rate=$2,040,000/75,000=$27.2
