99 Problems

SWBAT find rotation images and reflection images in regular polygons. SWBAT determine if a figure has rotation or reflection symmetry. Included are three pages of teacher led notes, one page of individual student practice and a full answer key. It is helpful in this lesson to use tracing paper to help students determine the order of rotation. Have students trace the image and place a dot at one of the vertices. Then, spin the tracing paper while keeping the note paper still beneath. Students wi

Students will be able to complete two-column proofs involving angle pair relationships including the angle addition postulate, angle bisectors, complementary and supplementary angles. Included are three pages of teacher-led notes consisting of 6 proofs as well as a full answer key. Try using the Intro to Proofs: Algebraic Proofs Booklet as an introduction to how proofs flow and a review of the properties of equality before using these notes. The booklet can be found at the following link https:

Students will be able to use angle pair relationships to find angle measurements. Students will use the angle addition postulate as well as the definitions of angle bisectors, complementary and supplementary angles to set up and solve equations that will lead to finding missing angle measurements in a variety of diagrams. Included are three pages of teacher led notes as well as two pages of individual student practice problems as well as a full answer key.

This unit focuses on some of the basics of geometry as well as re-teaches some of the necessary formulas from algebra that will be useful throughout the course. Within you will find pdf files for each of the following documents: 9 sets of notes, 2 quiz reviews, 2 quizzes, 1 test review, 1 test, 1 project, 1 objective tracker sheet, 1 set of polygon posters, and 1 Midpoint & Distance Formula Plug-In Sheet. Each note guide, review, and assessment come with a full answer key. Quiz 1 assess

Students will be able to find the midpoint and length of a line segment using the midpoint formula and distance formula. The distance formula will be used to determine if two segments are congruent. The distance or midpoint formulas will be used to determine if a segment has been bisected. Included are three pages of teacher-led notes and two pages of independent student practice as well as a full answer key. The Distance and Midpoint Formula Plug-in Sheet is helpful for learners who need a bit

Students will be able to find two points on a nondirected line segment that partition the segment into a given ratio. Included are three pages of teacher-led notes as well as one page of student practice problems and a full answer key.

Students will be able to identify, classify, and measure angles.

SWBAT predict and verify the sequence of transformations (a composition) that will map a figure onto another. Included are three pages of teacher led notes, two pages of individual student practice and a full answer key.

SWBAT construct dilations on the coordinate plane. SWBAT find the scale factor and center of a dilation. Included are four pages of teacher led notes, two pages of individual student practice and a full answer key

Students will be able to classify polygons as convex or concave as well as naming the polygon by the number of sides up to n=10. Students will be able to use the coordinates of the vertices of polygons graphed in a coordinate plane & use the distance formula to compute the perimeter or area of the polygon. Included are 3 pages of teacher led notes as well as one page of individual student practice and a full answer key.

Students will understand, recognize and apply properties of reflections.  Students will be able to write the reflection rule given two geometric figures. Included are three pages of teacher led notes, two pages of individual student practice and a full answer key.

SWBAT draw rotations and determine the coordinates for the image or preimage when a rotation rule is applied. Included are three pages of teacher led notes and three pages of individual student practice problems, as well as a full answer key.

Students will be able to identify points, lines, planes, line segments, rays and describe their characteristics. Students will be able to name these terms properly from a photo and identify intersections. Also covered are the terms collinear and coplanar. Included are four pages of teacher-guided notes, one page of student practice, and a full answer key.

Students will be able to determine the length of a segment using the Ruler Addition Postulate and Segment Addition Postulates. Included are 2 pages of teacher-led notes and 1 page of independent student practice as well as a full answer key.