OM 300 EXAM 3 2025 WITH ACTUAL
CORRECT QUESTIONS AND VERIFIED
DETAILED ANSWERS |FREQUENTLY TESTED
QUESTIONS AND SOLUTIONS |ALREADY
GRADED A+| NEWEST!!|LATEST UPDATE
|GUARANTEED PASS
Virtually every restaurant deals with its suppliers on
A.
a JIT basis.
B.
an EOQ basis.
C.
a fixed-period inventory system basis.
D.
a production order quantity basis.
A.
a JIT basis.
Linear programming is a mathematical technique designed to help operations managers plan
and make decisions necessary to allocate
A.
resources.
B.
employee bonuses.
C.
liabilities.
D.
corporate dividends.
A.
resources.
1|Page
,The scheduling challenges at Alaska Airlines are met by using
A.
decision trees.
B.
the assignment method.
C.
linear programming and simulation.
D.
the transportation method.
E.
queuing theory.
C.
linear programming and simulation.
What are the four requirements of a linear programming problem?
A.
an objective, constraints, alternatives, and conditional values
B.
an objective, constraints, alternatives, and linearity
C.
sources, destinations, alternatives, and linearity
D.
alternatives, states of nature, conditional values, and probabilities
B.
an objective, constraints, alternatives, and linearity
What is a mathematical expression in linear programming that maximizes or minimizes some
quantity?
A.
purpose function
B.
goal function
C.
objective function
D.
maximin function
2|Page
,C.
objective function
In linear programming, what are restrictions that limit the degree to which a manager can
pursue an objective?
A.
resource rules
B.
limitations
C.
gatekeepers
D.
constraints
D.
constraints
If A, B, and C are variables, which of the following functions is NOT linear?
A.
14Aminus4B + C
B.
A
C.
2A + 3B + 6C
D.
ABC
D.
ABC
In a typical product-mix problem in linear programming, the objective is to
A.
minimize cost.
B.
minimize resource usage.
C.
maximize total production.
D.
maximize profit.
3|Page
, D.
maximize profit.
In a typical product-mix problem in linear programming, each general constraint states that
A.
the number of products produced less than or equalsthe amount of resource available.
B.
the amount of a resource used less than or equalsthe amount of resource available.
C.
the number of products produced greater than or equalsthe amount of resource available.
D.
the amount of a resource used greater than or equalsthe amount of resource available.
B.
the amount of a resource used less than or equalsthe amount of resource available.
In linear programming, choices available to a decision maker are called
A.
constraints.
B.
choice variables.
C.
objectives.
D.
decision variables.
D.
decision variables.
An optimal solution to a linear programming problem MUST lie
A.
somewhere outside of the feasible region.
B.
at the intersection of at least two constraints.
C.
somewhere in the interior of the feasible region.
D.
somewere on the line between two corner points.
B.
at the intersection of at least two constraints.
4|Page
CORRECT QUESTIONS AND VERIFIED
DETAILED ANSWERS |FREQUENTLY TESTED
QUESTIONS AND SOLUTIONS |ALREADY
GRADED A+| NEWEST!!|LATEST UPDATE
|GUARANTEED PASS
Virtually every restaurant deals with its suppliers on
A.
a JIT basis.
B.
an EOQ basis.
C.
a fixed-period inventory system basis.
D.
a production order quantity basis.
A.
a JIT basis.
Linear programming is a mathematical technique designed to help operations managers plan
and make decisions necessary to allocate
A.
resources.
B.
employee bonuses.
C.
liabilities.
D.
corporate dividends.
A.
resources.
1|Page
,The scheduling challenges at Alaska Airlines are met by using
A.
decision trees.
B.
the assignment method.
C.
linear programming and simulation.
D.
the transportation method.
E.
queuing theory.
C.
linear programming and simulation.
What are the four requirements of a linear programming problem?
A.
an objective, constraints, alternatives, and conditional values
B.
an objective, constraints, alternatives, and linearity
C.
sources, destinations, alternatives, and linearity
D.
alternatives, states of nature, conditional values, and probabilities
B.
an objective, constraints, alternatives, and linearity
What is a mathematical expression in linear programming that maximizes or minimizes some
quantity?
A.
purpose function
B.
goal function
C.
objective function
D.
maximin function
2|Page
,C.
objective function
In linear programming, what are restrictions that limit the degree to which a manager can
pursue an objective?
A.
resource rules
B.
limitations
C.
gatekeepers
D.
constraints
D.
constraints
If A, B, and C are variables, which of the following functions is NOT linear?
A.
14Aminus4B + C
B.
A
C.
2A + 3B + 6C
D.
ABC
D.
ABC
In a typical product-mix problem in linear programming, the objective is to
A.
minimize cost.
B.
minimize resource usage.
C.
maximize total production.
D.
maximize profit.
3|Page
, D.
maximize profit.
In a typical product-mix problem in linear programming, each general constraint states that
A.
the number of products produced less than or equalsthe amount of resource available.
B.
the amount of a resource used less than or equalsthe amount of resource available.
C.
the number of products produced greater than or equalsthe amount of resource available.
D.
the amount of a resource used greater than or equalsthe amount of resource available.
B.
the amount of a resource used less than or equalsthe amount of resource available.
In linear programming, choices available to a decision maker are called
A.
constraints.
B.
choice variables.
C.
objectives.
D.
decision variables.
D.
decision variables.
An optimal solution to a linear programming problem MUST lie
A.
somewhere outside of the feasible region.
B.
at the intersection of at least two constraints.
C.
somewhere in the interior of the feasible region.
D.
somewere on the line between two corner points.
B.
at the intersection of at least two constraints.
4|Page
