Answer:
$65.85
Explanation:
Calculation for What should the offer price be
Using this formula
Offer price=(Preferred stock× Liquidating value)/Return
Let plug in the formula
Offer price = (0.054 × $100) / 0.082
Offer price=5.4/0.082
Offer price = $65.85
Therefore the offer price should be $65.85
<span>It's an initiative by the United States Department of Agriculture to create School gardens, community gardens, urban farms, and small-scale agriculture projects in rural and urban areas, to benefit the community itself and help achieve sustainable development.</span>
Answer:
cost recovery = $23750
Explanation:
given data
cost = $100,000
to find out
cost recovery
solution
we know here value of asset in last quarter October is given $10000
and % of MACRS rate according to mid quarter for 4th quarter is 38%
so
cost recovery will be
cost recovery = 100000 × 38% × 
cost recovery = $23750
Answer: project management process
Explanation: A process can be defined as a set of interrelated actions or activities that are carried out in order to achieve a predetermined outcome. The project management process refers to the planning, controlling, and other activities involved in executing a project and achieving the project objectives.
Project management studies can be regarded as the core process that links all the other project activities and processes together. Bigger and more complex projects usually require more formal project management processes. The type of project, the resources available, and the environment in which the project is carried out will all influence the processes that are required to manage a specific project.
Answer:
Total FV= $1,220,441.33
Explanation:
<u>First, we need to calculate the value of the $200 for 20 years. To calculate the future value, we need to use the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly deposit
A= 200
n= 20*12= 240
Intertest rate= 0.07/12= 0.005833
FV= {200*[(1.005833^240) - 1]} / 0.005833
FV= $104,180.27
<u>Now, the value of the $300 for 30 years. At the same time, the future amount of the first investment. Each one with its separate formula. </u>
$300 monthly investment:
n= 300*12= 360
FV= {300*[(1.005833^360) - 1]} / 0.005833
FV= $365,962.41
$104,180.27 investment:
FV= PV*(1+i)^n
FV= 104,180.27*(1.005833^360)
FV= $854,478,92
<u>Finally, the total FV:</u>
Total FV= 854,478.92 + 365,962.41
Total FV= $1,220,441.33