All terms in this list:
System of equations: Two or more equations containing common variable(s).
dependant system: a consistent system of equations that has an infinite number of solutions
feasable region: intersection of the graphs in a system of constraints
system of linear inequalities: Two or more inequalities containing common variable(s). Note: Systems of inequalities sometimes include equations as well as inequalities.
independant system: system of equations that has exactly one solution
Consistent system: A system of equations that has at least one solution.
intersection of graphs: represents the solution for a system of equations or inequalities
Linear programming: An algorithm for solving problems asking the largest or smallest possible value of a linear polynomial. Any restrictions on the problem must be expressed as a system of inequalities; in particular, all equations and/or inequalities must be linear.
Matrix: A rectangular (or square) array of numbers. Matrices can be written using brackets or parentheses.
Inconsistent system: system of inequalities that has no solutions
Bounded region: region bounded is when the graph of a system of constraints is a polygonal region
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