Answer:
For 100 shares, the mount that should be paid = $1766
Explanation:
We have to calculate the price of the stock in the 4th year because the investor cannot afford the stock in another 3 years.
Price of the stock = Do + g / ke - g
Dividend in current year = $1.2
Dividend after 1 year = 1.2 +2.5% (1.2)= 1.23
Dividend after 2 years = 1.23 + 2.5%(1.23) = 1.26075
Dividend after 3 years = 1.26075 + 2.5%(1.26) = 1.29227
Price in 4th year = 1.29227 + 2.5% / (0.10 - 0.025)
=1.29227 + 2.5%(1.29227)/0.075
= 17.66
Therefore, for 100 shares, the mount that should be paid = 17.66 * 100 = $1766
Answer:
"C"
Explanation:
A high performance culture is a set of laid down rules (culture ) that an organization observe to achieve outstanding results (performance ) with the primary aim of getting an edge over competitors. It guides the daily activities of employees.
The four major attributes of a high performance culture are Strong leaders , employees involvement , continuous learning environment and flexibility .
The corporate values of the organization is paramount and every action must be directed towards its achievement.
The 3rd one is not affected by a persons credit score
Answer:
Option B is the correct answer.
Explanation:
Business permits regulate the safety, structure, and appearance of the business community. They act as proof that a business follows specific laws and ordinances. Requirements differ by jurisdiction, and failure to comply often results in fines or even having the business shut down. Therefore, most businesses need a general business license to operate in a particular county or city.
Thus, the permit departments are helpful in conversion investigation efforts by identifying the nature and location of businesses, new leases, and recent constructions.
Option B is the correct answer.
Answer: The effective annual rate (EAR) is<u><em> the interest rate that would earn the same interest with annual compounding.</em></u>
The Effective Annual Rate (EAR) is know as the interest rate earned on a subject/asset or remunerated on a borrowing as a consequence of compounding interest over period of time.
The formula to compute effective annual rate is as follow:
![Effective Annual Rate = [1 + \frac{interest rate}{compounding periods}]^{time periods} - 1](https://tex.z-dn.net/?f=Effective%20Annual%20Rate%20%3D%20%5B1%20%2B%20%5Cfrac%7Binterest%20rate%7D%7Bcompounding%20periods%7D%5D%5E%7Btime%20periods%7D%20-%201)
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<u><em>∴ Option (c) is correct.</em></u>
