Q:
# What are some example solutions of linear programming?

**Basic two-variable linear programming problems with numerical solutions and illustrative graphs are available on PurpleMath.com.** Wikipedia has more advanced examples represented as pure algebra and a discussion about algorithms that provide general solutions for this class of optimization problem.

In general, a solution to a linear programming problem is the set of variable values for which the problem's linear function is maximized. Problems may have no solution in cases where the problem constraints make this infeasible. A trivially infeasible problem would be one with the constraints "x < 1" and "x > 2," because clearly no value of x could satisfy this.

Algorithms that provide general solutions to linear programming problems, such as the simplex method, are detailed on Wikipedia. These are often used to solve problems involving numerous constraints and variables, such as in solvers for constraint-based user interface layouts in computer software.

Learn more about Algebra-
Q:
## What are some Java practice problems?

A: Basic Java programming practice problems include simple warmup tasks such as Boolean logic, "for and while" loops, arrays, strings, substrings and parsing.... Full Answer >Filed Under: -
Q:
## What is the end behavior of polynomial functions?

A: Even and odd polynomials have different end behaviors on their graphs. Whether the leading term is positive or negative also affects the polynomialâ€™s end b... Full Answer >Filed Under: -
Q:
## What are some common uses for vertical line graphs?

A: One common mathematical use for graphs of vertical lines is to determine whether or not another graph qualifies as a function. Vertical line graphs also ha... Full Answer >Filed Under: -
Q:
## What are the differences between linear graphics and nonlinear graphs?

A: Linear graphs represent the behavior of dependent variables that sit along a straight line with regard to independent variables, while nonlinear graphs rep... Full Answer >Filed Under: