Question

QUESTION 11 Answer questions 11 - 20, based on Problem 2 in Quiz 1.docx. Assigning a value of 40 to the objective function, i.e., making 4x? + 10x? = 40 , the line for the objective function goes through the following two points (10, 0) and (4, 0) (10, 0) and (0, 4) (0, 10) and (0, 4) (0, 10) and (4, 0) none of the above QUESTION 12 The point (3, 4/5) satisfies none of the constraint. only one constraint. only two constraints. all three constraints. none of the above. QUESTION 13 The point (15/7, 8/7) is feasible but not optimal. infeasible. an optimal solution. not an intersection point. none of the above. QUESTION 14 The point (2 1/2, 1) is feasible. on the boundary of the feasible region. optimal. all of the above. none of the above.

          QUESTION 11
Answer questions 11 - 20, based on Problem 2 in Quiz 1.docx.
Assigning a value of 40 to the objective function, i.e., making 4x? + 10x? = 40 , the line for the objective function goes through the following two points
(10, 0) and (4, 0)
(10, 0) and (0, 4)
(0, 10) and (0, 4)
(0, 10) and (4, 0)
none of the above

QUESTION 12
The point (3, 4/5) satisfies
none of the constraint.
only one constraint.
only two constraints.
all three constraints.
none of the above.

QUESTION 13
The point (15/7, 8/7) is
feasible but not optimal.
infeasible.
an optimal solution.
not an intersection point.
none of the above.

QUESTION 14
The point (2 1/2, 1) is
feasible.
on the boundary of the feasible region.
optimal.
all of the above.
none of the above.

QUESTION 11
Answer questions 11 - 20, based on Problem 2 in Quiz 1.docx.
Assigning a value of 40 to the objective function, i.e., making 4x? + 10x? = 40 , the line for the objective function goes through the following two points
(10, 0) and (4, 0)
(10, 0) and (0, 4)
(0, 10) and (0, 4)
(0, 10) and (4, 0)
none of the above

QUESTION 12
The point (3, 4/5) satisfies
none of the constraint.
only one constraint.
only two constraints.
all three constraints.
none of the above.

QUESTION 13
The point (15/7, 8/7) is
feasible but not optimal.
infeasible.
an optimal solution.
not an intersection point.
none of the above.

QUESTION 14
The point (2 1/2, 1) is
feasible.
on the boundary of the feasible region.
optimal.
all of the above.
none of the above.

Added by Brittany S.

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