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farming 3,000 acres
1 acre - 43560 ft^2
A=130,680,000 ft.^2
26136 ft.
10,000 ft.
3,267x+1,250y=32,670,000
Bank loan per acre-$2,000
Bank loan in total-$6,000,000
$1,000 per acre of cotton
1000x+3000y≤6,000,000
Cotton
400 units of fertilizer/acre
340 units of fertilizer/acre
Fertilizer:1,020,000≥300x+400y
Max Pistachios-60%
Max Cotton-80%
Total farming land
acre of cotton sells for $1500
owe $3000 per acre of pistachios
1500x+4000y+(-1000x)+(-3000y)
1000x+3000y≤6,000,000
Find the intersection of your
inequalities and insert it
into your profit equation.
Whichever one gives you
more profit is the right
amount of acres you need
to farm.
(Cotton, Pistachios)
x+y=2880
.54x+.12y=.36(2880)
x=1234.29
.38 gallon/acre
625.3698 gallons of 54% glyphosate
James-one tree /5 min.
131.61 min./acre
Then multiply by total pistachio
acres to get total min to finish
pruning
205311.6 min.
1290 min. to
finish farm
in four 54 hr.
weeks
divide 12960 into
205311.6 to get
total 3 man crews
round up and get 16
3 man crews
300 units of fertilizer/acre
x+y≤3,000
2 acre-ft. of water/acre
Pistachios
1 acre-foot of water/acre
Water:5100≥2x+y
Provider
1.7acre-ft. of water/acre
y=(-3267/1250x)+26136
acre of pistachio sells for $4000
Cost to farm
Inequality
$3,000 per acre of pistachios
owe $1000 per acre of cotton
Mark-one tree/2 min.
Prune only Pistachios
Max Profit Point
300x+400y≤1,020,000
Jose-one tree/3 min.
(1320,1560)
Together
Total min. to finish farm
Max Profit
Total herbicide
y=1645.71
Multiply x and y by .38 because
each acre takes .38 gallon/acre
469.0302 gallons of 12% glyphosate
Add your max profit point
up to get total acres
Total acres