Answer:
52.7%
Explanation:
Coefficient of variation=
times 100%
=
times 100%
= .5270462767 times 100%
= 52.704627667
Which rounded to the nearest tenth percent is 52.7%
Connie's next step should be
Not - go back and revisit her plan objectives
Maybe - Conduct primary research and analyze Fred's current customers.
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Explanation:</u></h3>
It is very essential for an entrepreneur who decides to start a new business to have a business plan that helps him in setting up the businesses in the right track and usage of funds in an effective manner. A business plan acts as a blue print of a new business and the objectives and resource utilization.
In the scenario give, Fred decides to start a new boutique and has conducted researches geographic locations and the type of boutiques supported by the demography. She must not then go back and review her plan objectives as she has decided to start it with a good plan and she may conduct a primary research about the current customers of him.
It should be noted that best answer to both the flatness and horizon problems is inflationary epoch.
The inflationary epoch van be regarded as the period in the evolution of the early universe, at this period there was an expansion.
According to inflation theory, the earth were recorded to experience great horizon problems and exponential expansion.
Therefore, inflationary epoch brings about both flatness and horizon problems
Learn more about inflationary epoch at:
brainly.com/question/11356270
Answer:
He hires 8 workers
Explanation:
The total cost is $1600 for 5,000 chickens minus the fixed cost of $800, which equals $800. The total cost is total of fixed cost and variable cost as in absence of production the total variable cost is zero so from this we can conclude that total fixed cost is zero.
Then divide the total variable cost ($800) buy what Ralph pays his workers ($100), which comes to 8.
Answer:
The statement is: True.
Explanation:
The Annual Rate of Return or Yearly Rate of Return is the amount earned over an investment within one year. It is typically represented as a percentage and takes into consideration capital appreciation and the payment of dividends. The formula to calculate the annual rate of return is the following:
Annual Rate of Return = (EYP - BYP)/BYP X 100%
Where:
EYP = End of year price
BYP = Beginning of year price