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:
Normally "check all that apply" is followed by answers to check...
Explanation:
A W-2 is a Tax statement
Answer:
Exact flow time = 14.5 hours
Value added percentage of flow time = 0.0020
Explanation:
Exact Flow time is calculated as :
1 + 2+ 2+ 3+ 2+ 2+ 05+ 2 hours + [1.75 minutes / 60] hours = 14.50 hours
14.50 * 60 = 871.75 minutes
Value added percentage of flow time calculations :
1.75 minutes / 871.75 minutes = 0.0020 or 0.2%
After the thrashing of Japan in World War II, the United States drove the Allies in the occupation and recovery of the Japanese state. In the vicinity of 1945 and 1952, the U.S. possessing strengths, drove by General Douglas A. MacArthur, sanctioned across the board military, political, monetary, and social changes.
Answer:
Return address apex :) GoodLuck
Explanation:
