A carpenter fabricates tables, chairs, and windows from wood and fiber. The store has 24 units...

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A carpenter fabricates tables, chairs, and windows from wood and fiber. The store has 24 units of fiber and enough wood. Each table requires 7 units of wood 4 units of fiber, whereas each chair requires 2 units of wood and 5 units of fiber. Each window needs 3 units of wood and 4 units of fiber. The store must use at least 7 units of wood and, at most 18 units of wood. The demand for the window is exactly four. The difference between the units of wood used to make the table and the units of fiber used to make the window is 2. The carpenter has to spend at least $1200 on tables and chairs. The carpenter is spending $210 to make a table, $225 on a chair, and $250 on a window. Formulate a linear programming model. A carpenter fabricates tables, chairs, and windows from wood and fiber. The store has 24 units of fiber and enough wood. Each table requires 7 units of wood 4 units of fiber, whereas each chair requires 2 units of wood and 5 units of fiber. Each window needs 3 units of wood and 4 units of fiber. The store must use at least 7 units of wood and, at most 18 units of wood. The demand for the window is exactly four. The difference between the units of wood used to make the table and the units of fiber used to make the window is 2. The carpenter has to spend at least $1200 on tables and chairs. The carpenter is spending $210 to make a table, $225 on a chair, and $250 on a window. Formulate a linear programming model.

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Let x1 number of tables produced x2 number of chairs produced x3 number of wind... View the full answer