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Graphing handouts for SMART Notebook

Preview of Open-ended questions coordinate geometry geometric translations

Open-ended questions coordinate geometry geometric translations

Created by
Scott Cianci
A set of 5 open-ended problems (one for each day of the week) applying coordinate geometry and geometric translations. Modeled after those types of open-ended questions that appear on state standardized graduation tests. Comes with answer keys and a 4-point scoring rubric that's applicable to all 5 problems in the set. Can be used as a "do now" bell-ringer, anticipatory set, closure activity, extra-credit assignment or as a main lesson in and of itself. By Scott Cianci.
Preview of Open-ended questions graphing perimeter Pythagorean Theorem

Open-ended questions graphing perimeter Pythagorean Theorem

Created by
Scott Cianci
A set of 5 open-ended problems (one for each day of the week) consisting of graphing in the xy coordinate plane and applying the concepts of perimeter and the Pythagorean Theorem. Can also be presented as an application of the distance formula for more advanced students. Modeled after the type of open-ended questions that appear on state standardized graduation tests. Can be used as a "do now" bell-ringer activity, anticipatory set, closure activity, extra-credit assignment or as a main lesso
Preview of An Introduction to Graphing Lines Using Slope and Y-Intercept- Grade 8 or 9

An Introduction to Graphing Lines Using Slope and Y-Intercept- Grade 8 or 9

This smart notebook lesson introduces graphing lines using the slope and y-intercept. There are 16 total practice problems. The first few involve graphing with a table of values. The next few involve graphing by stating and using the slope and y-intercept. I have my students write the slope as a fraction with directions (ex: up or down/right or left) for each question when they are first learning this concept. I would print out the slides and have your students do the same. There are also
Preview of Open-ended questions coordinate geometry geometric dilations

Open-ended questions coordinate geometry geometric dilations

Created by
Scott Cianci
A set of 5 open-ended problems (one for each day of the week) applying coordinate geometry and geometric dilations. Students get to explore the relationships between a triangle and its dilated image. Modeled after those types of open-ended questions that appear on state standardized graduation tests. Comes with answer keys and a 4-point scoring rubric that's applicable to all 5 problems in the set. Can be used as a "do now" bell-ringer, anticipatory set, closure activity, extra-credit assignmen
Preview of Introduction to Rotations- Grade 8

Introduction to Rotations- Grade 8

A simple introduction to basic rotations. Good for introducing how to rotate a point about the origin (90, 180, 270).
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