Answer:
negotiator
Explanation:
According to my research on different management roles and responsibilities, I can say that based on the information provided within the question Leah is playing the negotiator role. This is the act of bargaining in order to obtain the best possible outcome in a certain scenario. Like what Leah is doing in order to get the best price for certain products.
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The company probably uses the multidomestic strategy.
<h3><u>
What is a multidomestic strategy?</u></h3>
- A multi-domestic strategy is one in which businesses adapt both their product lineup and their marketing approach to suit several national contexts in an effort to maximize local responsiveness.
- Each large national market where commerce is conducted typically has established production, marketing, and R&D operations.
- The structure of multinational corporations is described by an alternative use of the phrase.
- International or multinational businesses advertise comparable products in numerous countries and benefit from economies of scale through shared overhead.
Multinational corporations can achieve more localized management by having separate headquarters in many nations, but at a higher cost by forgoing the economies of scale through cost sharing and centralization.
Know more about multidomestic strategy with the help of the given link:
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Answer:
potential risk/threat
Explanation:
the concept of risk management is based on mitigating risk or avoid potential threat and plans of minimizing the impact should they occur.
Answer and Explanation:
The computation of the effective annual rate in each of the following cases are
1.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 +0 .09 ÷ 4)^4 - 1
= 9.31%
2.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 + 0.16 ÷ 12)^12-1
= 17.23%
3.
Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1
= (1 + 0.12 ÷ 365)^365-1
= 12.75%
4 .
Effective annual rate = [(e)^Annual percentage rate]-1
e=2.71828
So,
=[(2.71828)^0.11]-1
= 11.63%
Answer:
Years to maturity Price of Bond C Price of Bond Z
4 $1,084.42 $711.03
3 $1,065.93 $774.31
2 $1,045.80 $843.23
1 $1,023.88 $918.27
Explanation:
Note: See the attached excel for the calculations of the prices of Bond C and Bond Z.
The price of each bond of the bond can be calculated using the following excel function:
Bond price = -PV(rate, NPER, PMT, FV) ........... (1)
Where;
rate = Yield to maturity of each of the bonds
NPER = Years to maturity
PMT = Payment = Coupon rate * Face value
FV = Face value
Substituting all the relevant values into equation (1) for each of the Years to Maturity and inputting them into relevant cells in the attached excel sheet, we have:
Years to maturity Price of Bond C Price of Bond Z
4 $1,084.42 $711.03
3 $1,065.93 $774.31
2 $1,045.80 $843.23
1 $1,023.88 $918.27