Answer: Min 5KS+6ND+8WA
Explanation:
For the objective function to be formulated, we have to minimize the cost. For this to be done, the capacity constraint which is given in the question as 22000 ton/year has to be satisfied.
For this question, the objective function will be to minimize 5KS + 6ND + 8WA. It should be noted that KS, ND and WA in this context are binary variables where 0 represents non-selected farm and 1 represents selected farm.
Valentina is using a research strategy called:<u> naturalistic observation.</u>
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<h3>What you mean by naturalistic observation?</h3>
Naturalistic observation is a research method where you record and mention the behaviors of your research subjects in real world settings. You should avoid interfering with or influencing any variables in a naturalistic observation. You can imagine of naturalistic observation as “people watching” with a purpose.
<h3>Why is naturalistic observation important?</h3>
An importance of naturalistic observation is that it permits the investigators to directly observed the subject in a natural setting. The method provides scientists a first-hand look at social behavior and can aid them to notice things that might never have encountered in a lab setting.
Learn more about naturalistic observation:
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Answer:
The city's net investment in capital assets is $30,000
Explanation:
To calculate the city's net investment in capital assets we start with the total amount of capital assets:
Capital assets $800,000
minus accumulated depreciation ($120,000)
<u>minus outstanding bonds ($650,000) </u>
net capital assets $30,000
Answer:
Price of the stock at the end of three years =$34,27
Explanation:
Price of the stock today =
.
Where D1 is the total dividend earned in year 1 =$0.2*4=$0.8
D1=D2=D3=$0.8
therefore, from the given information
.
Solve for P3, which is the price of the stock at the end of three years =$34,27.
Answer:
Date Received Present Value Value in 1 Year Value In 2 Years
today $1,000 $1,050 $1,102.50
in 1 year $952.38 $1,000 $1,050
in 2 years $907.03 $952.38 $1,000
The present value of the gift is <u>LOWER (BY $45.35)</u> if you get engaged in two years than it is if you get engaged in one year.
Explanation:
to determine future value:
future value = present value x (1 + interest rate)ⁿ
to determine present value:
present value = future value / (1 + interest rate)ⁿ