Answer:
self-managing team.
Explanation:
Harry is not a team player.
Considering the situation described above, the 2 questions that Josie should consider during her research include "<u>In your respective industry, what is the most important advice you can give to a first-time investor.?"</u>
The other question Josie should consider during her research include:
<u>Considering the current pandemic period, which line of investment has stood the test of time?</u>
These questions is expected to yield answers that would guide Josie on how to implement her investment strategy to yield desired results.
Hence, in this case, it is concluded that Josie needs to ask the right questions to give her informative answers that can be used in the investment implementation.
Learn more here: brainly.com/question/17728414
Answer:
Vacoule
Explanation:
vacuole can be regarded as membrane-bound organelle. They can be found in cell of fungi as well as plant, I could also be found in some of the bacteria and protist cell.Those that are found in animal cell do sequester waste products in the cell, and those in plant cell helps in maintaining water balance. In plant cell, just single vacoule could take up so much space.It should be noted that Large membranous sacs are more prevalent in plant cells and some protozoa than in animal cells. These sacs in plant cells might function in vacoule.
Answer:
IRR = 12.92%
Explanation:
<em>The IRR is the discount rate that equates the present value of cash inflows to that of cash outflows. At the IRR, the Net Present Value (NPV) of a project is equal to zero
</em>
<em>If the IRR greater than the required rate of return , we accept the project for implementation </em>
<em>If the IRR is less than that the required rate , we reject the project for implementation </em>
A project that provides annual cash flows of $24,000 for 9 years costs $110,000 today. Under the IRR decision rule, is this a good project if the required return is 8 percent?
Lets Calculate the IRR
<em>Step 1: Use the given discount rate of 10% and work out the NPV
</em>
NPV = 9000× (1-1.10^(-4)/0.1) - 27,000 =1528.78
<em>Step 2 : Use discount rate of 20% and work out the NPV (20% is a trial figure)
</em>
NPV = 9000× 1- 1.20^(-4)/0.2 - 27000 = -3701.38
<em>Step 3: calculate IRR
</em>
<em>IRR = a% + ( NPVa/(NPVa + NPVb)× (b-a)%</em>
IRR = 10% + 1528.78/(1528.78+3701.38)× (20-10)%= 0.12923
= 0.129230153 × 100
IRR = 12.92%
