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Geometry Module 1 - Congruence, Proof, and Constructions

Geometry Module 1 - Congruence, Proof, and Constructions

Last updated almost 4 years ago

34 activities

Note from the author:

Included in this bundle is a set of Formatives hand-created by the Formative Team. Using resources from EngageNY Mathematics Curriculum.

All rights to this content fall under creative commons and come from EngageNY.
Source: https://www.engageny.org/

Geometry.1.A.1 - Construct an Equilateral Triangle – Exit Ticket

Geometry.1.A.2 - Construct an Equilateral Triangle – Exit Ticket

Geometry.1.A.3 - Copy and Bisect an Angle – Exit Ticket

Geometry.1.A.4 - Construct a Perpendicular Bisector – Exit Ticket

Geometry.1.A.5 - Points of Concurrencies – Exit Ticket

Geometry.1.B.10 - Unknown Angle Proofs - Proofs with Constructions – Exit Ticket

Geometry.1.B.11 - Unknown Angle Proofs - Proofs of Known Facts – Exit Ticket

Geometry.1.B.6 - Solve for Unknown Angles - Angles and Lines at a Point – Exit Ticket

Geometry.1.B.7 - Solving for Unknown Angles - Transversals – Exit Ticket

Geometry.1.B.8 - Solve for Unknown Angles - Angles in a Triangle – Exit Ticket

Geometry.1.B.9 - Unknown Angle Proofs - Writing Proofs – Exit Ticket

Geometry.1.C.12 - Transformations - The Next Level – Exit Ticket

Geometry.1.C.13 - Rotations – Exit Ticket

Geometry.1.C.14 - Reflections – Exit Ticket

Geometry.1.C.15 - Rotations, Reflections, and Symmetry – Exit Ticket

Geometry.1.C.16 - Translations – Exit Ticket

Geometry.1.C.17 - Characterize Points on a Perpendicular Bisector – Exit Ticket

Geometry.1.C.18 - Looking More Carefully at Parallel Lines – Exit Ticket

Geometry.1.C.19 - Construct and Apply a Sequence of Rigid Motions – Exit Ticket

Geometry.1.C.20 - Applications of Congruence in Terms of Rigid Motions – Exit Ticket

Geometry.1.C.21 - Correspondence and Transformations – Exit Ticket

Geometry.1.D.22 - Congruence Criteria for Triangles - SAS – Exit Ticket

Geometry.1.D.23 - Base Angles of Isosceles Triangles – Exit Ticket

Geometry.1.D.24 - Congruence Criteria for Triangles - ASA and SSS – Exit Ticket

Geometry.1.D.25 - Congruence Criteria for Triangles - AAS and HL – Exit Ticket

Geometry.1.D.26 - Triangle Congruency Proofs – Exit Ticket

Geometry.1.D.27 - Triangle Congruency Proofs – Exit Ticket

Geometry.1.E.28 - Properties of Parallelograms – Exit Ticket

Geometry.1.E.29 - Special Lines in Triangles – Exit Ticket

Geometry.1.E.30 - Special Lines in Triangles – Exit Ticket

Geometry.1.F.31 - Construct a Square and a Nine-Point Circle – Exit Ticket

Geometry.1.F.32 - Construct a Nine-Point Circle – Exit Ticket

Geometry.1.G.33 - Review of the Assumptions – Exit Ticket

Geometry.1.G.34 - Review of the Assumptions – Exit Ticket