The Square Root

This practice or test is a creative way to test students' knowledge of finding angles in a circle. It includes central angles, inscribed angles, interior, and exterior angles. The segments included in the circle are a radius, diameter, secant, and tangent lines. **Note- Print at scale of 130% to take up most of an 8.5 X 11 sheet of paper.**

Proving Triangles Congruent by the 5 methods- SSS, SAS, ASA, AAS, and HL. Can be used as a quiz or worksheet. This is version B to the First Proving Triangles Congruent Quiz.

Proving Triangles Congruent by the 5 methods- SSS, SAS, ASA, AAS, and HL.

This is a QR code activity that allows students to be in groups or pairs to decide whether triangles are similar using SSS, SAS, or AA similarities. A QR code reader can be downloaded on each student's phone in order to make it a technology friendly lesson!

This worksheet contains 8 different math games/ fun puzzles that encourage students to use the logical thinking skills that are presented to them through the entire course of Geometry. The games include Pentominos, Tangrams, Mastermind, Set, Checkers, Sudoku, Cross Sudoku, and Symmetry Design. *** Pentominos, Tangrams, Sudoku, and Cross Sudoku printables can be found online for free if math manipulatives are not available***

This is an activity or worksheet that students learn how to prove triangles similar using SSS, SAS, or AA similarities. It's a great activity to pair students up and have them work together!

This handout includes the theorems for inscribed angles, angles formed by a chord and tangent lines, angles formed by 2 chords, angles formed by secant-tangent lines, angles formed by 2 tangent lines, and angles formed by 2 secant lines. The handout includes a circle for teacher worked examples as well as each theorem already typed out for students to concentrate on the content.

This test is a creative way to test students' knowledge of finding angles in a circle. It includes central angles, inscribed angles, interior, and exterior angles. The segments included in the circle are a radius, diameter, secant, and tangent lines. **Note- print at a scale of 150% to take up most of an 8.5 x 11 sheet of paper**

A fun way to review for the chapter on properties of triangles. Includes questions on perpendicular bisectors and circumcenters, angle bisectors and incenters, medians and centroids, altitudes and orthocenters, and midsegments, as well as triangle inequalities. Students work the problems, then scan the code to see the answers.

A short mix up of all the different types of angles that are made from chords, secants, tangents, and semicircles. Every combination is exhibited on this worksheet, but it provides a short worksheet for each teacher to add the information they want to add to make it more or less challenging for individual students.

This is an activity that is great for group work at stations. The content includes proving triangles congruent by SAS, ASA, SSS, and AAS, as well as using CPCTC. Problems are on separate slides for convenience in printing and cutting the problems for groups.

This includes 14 proofs with answers for teachers to print to use as an Around the World activity. Proofs include proving triangles congruent by SSS, SAS, ASA, AAS, and HL. Some proofs also include using CPCTC.

A great worksheet designed to be used at notes for Geometry class over Segments of a Circle and Equation of a Circle. The theorems include two chords, two secants, and a secant and a tangent. The equation of a circle includes the standard form and general form of a circle, as well as how to graph a circle given the equation.

This includes 14 proofs with answers for teachers to print to use as an Around the World activity. Proofs include proving triangles congruent by SSS, SAS, ASA, AAS, and HL. Some proofs also include using CPCTC.

This includes 14 proofs with answers for teachers to print to use as an Around the World activity. Proofs include proving triangles congruent by SSS, SAS, ASA, AAS, and HL. Some proofs also include using CPCTC.

This includes 14 proofs with answers for teachers to print to use as an Around the World activity. Proofs include proving triangles congruent by SSS, SAS, ASA, AAS, and HL. Some proofs also include using CPCTC.

This activity allows students to sort properties of the six different quadrilaterals. Each property can be cut out to be included under the correct quadrilateral, and each property is included multiple times to be included under all quadrilaterals that share the same property.