Answer:
Each of L team leaders has D group directors, making the total number of group directors equal to (L)(D). And each of those group directors has F fundraisers, again requiring multiplication: that total is (L)(D)(F). (You can try this by plugging in small numbers - if each of 2 leaders has 3 directors, you know there would be 6 directors)
So while statement 1 is not sufficient (there are multiple combinations that could get you to 81, such as L = 1, D = 2, and F = 39; or L = 1, D = 5, and F = 15), statement 2 guarantees that there is only one team leader. This is because 5 is a prime number, and you know that the number of group directors = LD. The only possible way for LD to equal 5 is if L is 1 and D is 5, or if D is 1 and L is 5. And since the stimulus tells you that there are more directors than leaders, the combination must be 5 directors and 1 leader. Accordingly, statement 2 is sufficient.
Explanation:
Answer:
All of the following are organization-directed benefits associated with offering unconditional guarantees except:
a. the guarantee provides a means to avoid bankruptcy.
Explanation:
Providing or offering customers unconditional guarantees does not help the company to avoid bankruptcy. Bankruptcy arises from inadequate financing resulting from overtrading. Importantly, offering guarantees to customers communicates a clear performance goal to employees to improve service delivery to customers.
Answer:
B. preference shares
Explanation:
Option A is wrong because equity shares provide a different rate of dividends to a shareholder. Equity shares are known as ordinary shares. Therefore, option C is wrong.
There are no priority shares in the components of stockholders' equity. Hence option D is wrong.
Investment security does not give any dividends. So option E is wrong.
Option B is correct because preference shares give a fixed rate of dividend.
Answer:
A) $83
Explanation:
First, find aftertax OCF per year
aftertax OCF = (Operating benefit - depreciation)*(1-tax) +depreciation
Depreciation per year = 10,000/5 = 2,000
Tax = 34%
aftertax OCF per year = (3,000 - 2,000)*(1-0.34) + 2,000
= 660 +2,000
= 2,660
Next, find the PV of the aftertax OCF per year. It is an annuity;
PMT = 2,660
N = 5
I/Y = 10%
FV = 0
then CPT PV = 10,083.493
Subtract the initial cost of the machine to find the Net Present Value (NPV);
NPV = -$10,000 + $10,083.493
NPV = $83.493
A commercial bank offers products and services such as loans, savings accounts, safety deposit boxes and mutual fund/insurance to individuals and businesses.
