Answer:
a, 22276.07
b. $32.9157 million
c.$29.9669million
Explanation:
Find the values of k and a assuming a relationship of the form Assume that f(y)=ky^a is in units of barrels per day.
b. Determine the optimal timing of plant additions and the optimal size and cost of each plant addition.a=0.8073, rx=0.41
optimal timing x=rx/r=2.05yrs
optimal size xD=2.05(1.5)
3.075million barrels/year
$32.9157 million
c. Suppose that the largest single refinery that can be built with current technology is 7,500 barrels per day. Determine the optimal timing of plant additions and the optimal size and cost of each plant in this case
Optimal size xD=min
Optimal timing will be X^*=x*D/D=2.7375/1.5=1.825 year
optimal cost f(y)=ky^a=0.0223(7500)^0.8073=$29,9669 milion
Answer:
Define a Constitution of the most beautiful and the most beautiful North Cebu tourist spots I choose is Socrates
Answer: undeveloped country
Explanation:
<span>Since there is no interest rate for the transaction, the number of months in 30 years = 12 x 30 = 360. Total amount paid = 995 x 360 = $358,200. Therefore, at the end of 30 years they must have paid a total of $358,200. Thus, the total interest paid is $358,200 - $190,000 = $168,000.</span>
Answer:
2.47
Explanation:
Current ratio measure Liquidity of the firm and is calculated as ;
Current ratio = Current Assets ÷ Current Liabilities
Where,
Current Assets = $ 141,000
Current Liabilities = $57,000
Then,
Current ratio = $ 141,000 ÷ $57,000
= 2.47