MATHguide

These word problems will elicit systems of equations for students to solve. The file includes an opener, three examples, a work sheet, and an answer key.

This worksheet includes guided notes that contains a graphic organizer. To calculate the total surface are of these cones, students have to first use the Pythagorean Theorem to calculate the slant height.

This addresses how to use a profit function (a two-variable objective function) within the broader context of linear programming. It has students practice converting feasible regions into systems of inequalities, finding vertices of feasible regions, and using profit functions to determine maximum profit values. A partial answer key is made available as well as access to six instructional videos that tackle all the steps with linear programming problems.

This set of activities is designed to prepare students for the multiple steps and rigors of linear programming. Example regions are provided for the teacher and student pairs. Also a worksheet is also provided.

This packet addresses solving proportional inequalities or rational inequalities. There is a brief activity, two examples, and a worksheet.

Students are given graphs of linear inequalities and are asked to determine an inequality for each graph. This activity involves knowing the difference between dashed and solid lines as well as shading.