Answer:
5.13%
Explanation:
Given:
Worth of investment today (PV) = $1,000
Investment worth after 6 years (FV) = $1,350
Time period of investment (nper) = 6 Years
It is required to compute annual return (RATE). This can be computed using spreadsheet function =RATE(nper,-PV,FV).
Substituting the values, we get =RATE(6,-1000,1350)
= 5.13%
Present value is negative as it is a cash outflow.
Therefore, annual return is computes as 5.13%.
Answer:
using both industry attractiveness and business strength measurements in allocating resources and investment capital to a corporation's different businesses.
Explanation:
A nine-cell matrix can be defined as a strategic framework that provides a systematic approach used multi-business corporations to set priority on their investments among the different business units. Thus, it offers strategic implications of an investment by evaluating business portfolios, which are mainly based on business strength and market attractiveness.
Furthermore, the nine-cell industry attractiveness competitive strength matrix is a strategic framework adopted by individuals or managers in order to assist them in deciding which businesses should have low, average, and high priorities in deploying corporate resources.
Hence, the nine-cell attractiveness-strength matrix provides clear, strong logic for using both industry (market) attractiveness and business strength measurements in allocating corporate resources and investment capital to the different businesses owned by a corporation.
<span>Kyle is a Data Analyst. Data analysts do a variety of tasks involving data including organizing and structuring data for a business, search for patterns among data sets, write reports to help executives make decisions, and analyze data to inform business practices.</span>
Hi there, I'm not answering this question, sorry.
Your task clearly states you must think of your own example and prove what you know. That's why.
Please, if you're coming onto the <em>Brainly</em> website, at least improve your questions.
