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Woodworker Problem – Linear Programming

Woodworker Problem – Linear Programming
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2013-07-02 23:19
FunctionCoordinate GeometryOptimizationInequality
In collections CCSS High School: Algebra (Creating Equations) CCSS High School: Algebra (Creating Equations)
Explore a linear programming problem about producing woodworking objects using an applet. The example demonstrates maximizing profit under constraints, involving linear inequalities, function graphs, area calculations, and optimization. Constructed with GeoGebra commands like PointIn, Union, RotateText, suitable for high school and above learning optimization applications.

GeoGebra Commands & Parameters

  1. PointIn(c) → A
  2. Union(Sequence[Segment[(25 + i, 0), (25 + i, 250)], i, 0, 250, 25], Sequence[Segment[(0, i), (275, i)], i, 0, 250, 25]) → grid
  3. RotateText("Candlesticks", 1.5707963267948966) → yAxisLabel