In Problems 39-47, construct a mathematical model in the form of a linear programming problem. Do not solve. Mixing feed. A farmer grows three crops: corn, oats, and soybeans. He mixes them to feed his cows and pigs. At least 40 % of the feed mix for the cows must be corn. The feed mix for the pigs must contain at least twice as much soybeans as corn. He has harvested 1 , 000 bushels of corn. 500 bushels of oats, and 1,000 bushels of soybeans. He needs 1 , 000 bushels of each feed mix for his livestock. The unused corn, oats, and soybeans can be sold for $ 4 , $ 3.50 , and $ 3.25 a bushel, respectively (thus, these amounts also represent the cost of the crops used to feed the livestock). How many bushels of each crop should be used in each feed mix in order to produce sufficient food for the livestock at a minimal cost?
In Problems 39-47, construct a mathematical model in the form of a linear programming problem. Do not solve. Mixing feed. A farmer grows three crops: corn, oats, and soybeans. He mixes them to feed his cows and pigs. At least 40 % of the feed mix for the cows must be corn. The feed mix for the pigs must contain at least twice as much soybeans as corn. He has harvested 1 , 000 bushels of corn. 500 bushels of oats, and 1,000 bushels of soybeans. He needs 1 , 000 bushels of each feed mix for his livestock. The unused corn, oats, and soybeans can be sold for $ 4 , $ 3.50 , and $ 3.25 a bushel, respectively (thus, these amounts also represent the cost of the crops used to feed the livestock). How many bushels of each crop should be used in each feed mix in order to produce sufficient food for the livestock at a minimal cost?
Solution Summary: The author explains the mathematical model to determine the amount of bushels of each crop that must be used in order to produce food required for the livestock at the minimum cost.
In Problems 39-47, construct a mathematical model in the form of a linear programming problem. Do not solve.
Mixing feed. A farmer grows three crops: corn, oats, and soybeans. He mixes them to feed his cows and pigs. At least
40
%
of the feed mix for the cows must be corn. The feed mix for the pigs must contain at least twice as much soybeans as corn. He has harvested
1
,
000
bushels of corn. 500 bushels of oats, and 1,000 bushels of soybeans. He needs
1
,
000
bushels of each feed mix for his livestock. The unused corn, oats, and soybeans can be sold for
$
4
,
$
3.50
,
and
$
3.25
a bushel, respectively (thus, these amounts also represent the cost of the crops used to feed the livestock). How many bushels of each crop should be used in each feed mix in order to produce sufficient food for the livestock at a minimal cost?
Use the definition of continuity and the properties of limits to show that the function is continuous at the given number a.
f(x) = (x + 4x4) 5,
a = -1
lim f(x)
X--1
=
lim
x+4x
X--1
lim
X-1
4
x+4x
5
))"
5
))
by the power law
by the sum law
lim (x) + lim
X--1
4
4x
X-1
-(0,00+(
Find f(-1).
f(-1)=243
lim (x) +
-1 +4
35
4 ([
)
lim (x4)
5
x-1
Thus, by the definition of continuity, f is continuous at a = -1.
by the multiple constant law
by the direct substitution property
4 Use Cramer's rule to solve for x and t in the Lorentz-Einstein equations of special relativity:x^(')=\gamma (x-vt)t^(')=\gamma (t-v(x)/(c^(2)))where \gamma ^(2)(1-(v^(2))/(c^(2)))=1.
Pls help on both
Chapter 6 Solutions
Finite Mathematics for Business, Economics, Life Sciences, and Social Sciences (13th Edition)
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