Answer:
Option (D) is correct.
Explanation:
We have to use MM proposition that cost of equity will change itself in such a manner so that it can take care of its debt.
Cost of equity:
= WACC of all equity firm + (WACC of all equity - Cost of debt ) × (Debt -to-equity ratio)
At the beginning, when there was no debt,
WACC = cost of equity = 10%
Levered cost of equity:
= 10% + ( 10% - 6%) × 0.2
= 10.8%
Therefore, Taggart's levered cost of equity would be closest to 11%.
Explanation:
The business market is constantly changing, currently we are dealing with a technological revolution that directly affects the lives of people and companies. The market is increasingly competitive and globalized, so adapting to new processes and innovations with regard to technology, administrative practices and communication are essential when it comes to managing companies.
A good leader must understand that currently companies are increasingly responsible for their micro and macro environment, which configures them as active agents for positive change in the world. Therefore, the ideal is that managers consider adopting current practices that use modern communication and intelligence systems to make work easier and more agile, in addition to promoting continuous improvement in all organizational processes, avoiding waste and negative impacts on the environment, establishing social programs and environmental protection practices, in order to attest its value to stakeholders.
It is also necessary that the company be ethical with its employees, respect the individual values of each with regard to culture, gender, etc., promoting an environment and organizational culture focused on inclusion and respect for differences.
The ideal is also to have an assertive leadership, where the leader is the personal incentive agent, adopting positive attitudes about its collaborators and helping in the personal and professional development, generating an innovative, ethical and positive environment.
Answer:
8.13%
Explanation:
Annual return = [ (Total FV/Initial investment)^(1/n) ] -1
n = useful life of the project
Total Future Value = (22650*5) +5000
Total FV = $118,250
Initial investment = $80,000
Annual return = [ (118,250/80,000)^(1/5) ] -1
r = [ (1.478125^(1/5)] -1
r = 1.0813 - 1
r = 0.0813 or 8.13%
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