Suppose that the refinery in Example 5 has 35 , 000 barrels of component A , which costs $ 25 a barrel, and 15 , 000 barrels of component B , which costs $ 35 a barrel. If all other data remain the same, formulate a linear programming problem to find the maximum profit. Do not attempt to solve the problem (unless you have access to software that can solve linear programming problems).
Suppose that the refinery in Example 5 has 35 , 000 barrels of component A , which costs $ 25 a barrel, and 15 , 000 barrels of component B , which costs $ 35 a barrel. If all other data remain the same, formulate a linear programming problem to find the maximum profit. Do not attempt to solve the problem (unless you have access to software that can solve linear programming problems).
Solution Summary: The author explains the linear programming problem to find the maximum profit of refinery that produces two types of gasoline, regular and premium by blending two components A and B.
Suppose that the refinery in Example 5 has
35
,
000
barrels of component
A
, which costs
$
25
a barrel, and
15
,
000
barrels of component
B
, which costs
$
35
a barrel. If all other data remain the same, formulate a linear programming problem to find the maximum profit. Do not attempt to solve the problem (unless you have access to software that can solve linear programming problems).
A Problem Solving Approach To Mathematics For Elementary School Teachers (13th Edition)
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