All linear programming problems have all of the following properties EXCEPT
a. variables that are all restricted to nonnegative values.
b. a linear objective function that is to be maximized or minimized.
c. alternative optimal solutions.
d. a set of linear constraints.

Linear programming technique is used in dealing with various optimization problems by representing the problem as a set of linear equations and objective function. An alternative optimal solution may not always exist. Hence, answer ls option C.

Linear programming expressions do not take in negative variables, hence the first option is true.

The linear objective function is what we intend to maximize or minimize using the set of equations, hence, option B is also true.

A set of linear constraint set the range of values or conditions for the programming problem.

An alternative optimal solution may not always exists even with a linear programming function.

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All linear programming problems have all of the following properties EXCEPT a. variables that are all restricted to nonnegative values. b. a linear objective function that is to be maximized or minimized. c. alternative optimal solutions. d. a set of linear constraints.

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All linear programming problems have all of the following properties EXCEPT
a. variables that are all restricted to nonnegative values.
b. a linear objective function that is to be maximized or minimized.
c. alternative optimal solutions.
d. a set of linear constraints.