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OPTIMIZATION LAB

Build a two-variable linear program, then inspect its feasible corner points.

Set an objective, add constraints, choose maximize or minimize, and solve a transparent graphical linear-programming model in the browser.

LINEAR PROGRAM

Objective and constraints

2 VARIABLES
Include non-negative constraints: x ≥ 0 and y ≥ 0

ABOUT THIS TOOL

Optimization Lab

Build a two-variable linear program, inspect feasible corner points, and calculate a maximum or minimum objective value in a transparent browser workspace.

  • Two-variable linear programs
  • Maximize or minimize an objective function
  • Feasible-region corner point analysis

KEY FUNCTIONS

Up to eight linear constraintsMaximize or minimize objectiveOptional non-negative constraintsFeasible corner points and objective values

LEARN THE METHOD

Short guides for this workflow

GUIDEGraphical method for two-variable linear programmingBuild constraints, identify feasible corner points, and test an objective function.Read →

KEEP SOLVING

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Graphing Calculator

Plot and compare several functions, inspect value tables, trace x-values, and adjust the graph window directly in your browser.

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Matrix & Vector Calculator

Build or paste flexible matrices, then calculate arithmetic, row reduction, inverse, rank, cofactors, adjugate, 2×2 eigenvalues, and A·x = b systems.

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Differential Equations Lab

Model first-order ODEs and two-state systems with controlled initial conditions, step sizes, solution curves, phase plots, and numerical tables.

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