Tim Smith

This activity is meant to be printed out and cut into half sheets in order to save paper/resources. It is a 10 level activity where students use their knowledge of the similar figures and proportions in order to complete each level. The questions get progressively harder as students move through the activity.

This activity is meant to be printed out and cut into half sheets in order to save paper/resources. It is a 6 level activity where students use their knowledge of the distance and midpoint formulas in order to complete each level. The questions get progressively harder as students move through the activity.

This activity is meant to be printed out and cut into half sheets in order to save paper/resources. It is a 9 level activity where students use their knowledge of angle relations in order to complete each level. The questions get progressively harder as students move through the activity.

This activity is meant to be printed out and cut into half sheets in order to save paper/resources. It is a 8 level activity where students use their knowledge of composite solids in order to complete each level. The questions get progressively harder as students move through the activity.

This activity is meant to be printed out and cut into half sheets in order to save paper/resources. It is a 8 level activity where students use their knowledge Basic Transformations in order to complete each level. The questions get progressively harder as students move through the activity.

A 19 question activity with varying array of difficulty. In this activity the teacher determines how many points a student must get in order to complete it. By completing certain tasks, a student can earn 1, 2, 3, or 5 points. Types of questions: -Determine if two lines are parallel, perpendicular, or neither -Drawing lines that are either parallel or perpendicular to an existing line by determining slope -Creating an equation of a line that is either parallel or perpendicular to an existing l

Basic Notes, Definitions, and Example graphs of Parallel and Perpendicular Lines

Basic Notes for Students on Parallel and Perpendicular Slopes

Basic Midpoint Formula Notes