Answer:
The basic and diluted earnings per share for the year ended December 31, 2018 are $ 0.24 / Share and $8.89
/share respectively.
Explanation:
BASIC EPS CALCULATION
The preferred dividend = 30 million x $ 2/share
= 60 Million
Basic EPS = ( Net income - preferred dividends ) / weighted average common shares
= ($840 million - $ 60 Million ) / 100 million
= $ 0.24 / Share
DILUTED EPS CALCULATION
After-tax bond interest expense = $ 2.200 million x 10%
= $ 220 Million
$ 220 Million x (100 + 40%) = $ 308 Million after-tax interest expense.
Shares assume converted to common
Common Shares = 100 Million
Preferred stock = 40 Million
Convertible bonds = 17.0 Million
Total = 157 Million shares outstanding
Diluted EPS = ( $ 840 Million - $60 Million + $308 Million+ $ 66 Million ) / 157 million
= $8.89
/share
Therefore, The basic and diluted earnings per share for the year ended December 31, 2018 are $ 0.24 / Share and $8.89
/share respectively.
Answer:
Adjusted balance: 1,801 dollars
Explanation:
Bank statement balance: 1,921
outstanding checks (300)
bank mistake <u> 180 </u>
adjusted bank balance 1,801
Cash account balance: 1,900
service charge (25)
Interest earned 1
car insurance expense <u> (75)</u>
Adjusted Balance: 1,801
We adjust each party for mistake and unknow information.
The bank made a mistake and is unaware of the outstanding checks
Joe didn't know about the insurance amount, the service charge nor the interest thus, it need to record and adjust for this value.
Answer:
C, distributed product development
Explanation:
Distributed product development can simply be defined as the distribution of the different parts/components of a product to different firms. Distributed product development is usually done when the best of partners are being consulted over a product. Te other firms usually are the best in the production of the components of the product and as such might not be based in the home country of the product's parent company.
From the above question, it is seen that Donavan is speaking to different companies all of the world as regards his product's components. The companies are the best in what they do and he has to have each of them contribute their best ideas to his product.
Cheers.
Answer:
a. Savers who lend money are willing to accept a lower minimum interest rate than potential savers who do not lend money.
b. Investment projects that are financed by savers have larger rates of return than projects that do not receive financing.
Explanation:
Loanable funds refer to the aggregate amount of money that all sectors, entities and individuals within an economy have decided to keep as an investment, instead of spending on personal consumption, by saving and giving them out as loans to borrowers.
The market for loanable funds is in equilibrium when the supply of loanable funds by the saver is equal to demand for loanable funds by the borrowers at a given interest rate.
When the market for loanable funds is in equilibrium, efficiency is maximized because projects that have higher rates of return are given priority to be funded first before the projects with lower rates of return are funded. The reason is that savers that have lowest costs of lending provides funds for the projects that have highest return rates in equilibrium. However, potential saver who do not lend money will prefer a higher interest rates.
Therefore, the correct options related to the two aspects of efficiency that the equilibrium of market for loanable funds exhibits are as follows:
a. Savers who lend money are willing to accept a lower minimum interest rate than potential savers who do not lend money.
b. Investment projects that are financed by savers have larger rates of return than projects that do not receive financing.
Answer:
$21.67
Explanation:
Exhibit 21-3 is attached with the answer .Please find it.
Total cost of production includes the fixed cost and variable cost. Fixed Cost remains constant as $500 in the exhibit, but the variable cost changes with each production level.
Cost of producing 60 units
Variable cost = $800
Fixed cost = $500
Total cost = $800+500 = $1,300
Product cost per unit = Total cost / numbers of unit = $1,300 / 60 = $21.67