Answer:
Option c. 5.25 times is the correct answer.
Explanation:
Below is the calculation:
Income before income tax = $420000
Income tax expenses = 120000 dollars
Net income = $300000
Interest expense = $80000
Interest earned ratio = Earning Before Interest and Taxes / Interest Expenses
Interest earned ratio = 420000 / 80000
Interest earned ratio = 5.25 times
Option c. 5.25 times is the correct answer.
Answer:
The answer is network.
Explanation:
Network is a way of interacting with others to exchange some information or establish social contacts. Since Jacob has built up a wide range of contacts, clients, and local business neighbors over the years as mentioned in the statement, he will generally leverage on the network he has developed with these individuals as he intend to move to another phase of his career.
Answer and Explanation:
a. The estimation of the contribution margin for each segment is shown below:
(in millions)
<u>Particulars Investor Advisor Services Services </u>
Income from
operations $1,681 $1,660
Add:
Depreciation $171 $154
Contribution
Margin $1,852 $1,814
2. Now the estimation of decline in operating income is
(in millions)
<u>Particulars Combined services Institutional Services </u>
Revenues $9,368 $4,771
Less:
Variable cost $5,702 $2,919
($2,919 + $2,783)
Contribution
margin $3,666 $1,852
Less:
Fixed cost -$325 -$171
Net income $3,341 $1,681
So according to the above calculations, the net operating income is declined by
= $3,341 - $1,681
= $1,660 million
The variable cost is come from
= Service revenues - income from operations - depreciation expense
Answer:
Machine A = $ 1.22 million
Machine B = $ 0.70 million
Explanation:
The Equivalent Annual Annuity of the machines is as follows
Machine A = $ 1.22 million
Machine B = $ 0.70 million
Thus the Machine A with a higher Equivalent Annual Annuity of $ 1.22 Million is the better machine.
If the company accepted the better machine which is Machine A, the value of the company increases by $ 3.57 Million (Which is the net total of discounted cash Inflows = Net Present value of Machine A)
See attached file for details.
