Part 1: Use transformations to prove congruency. 1. Given: CB || ED; CB= ED Prove: CBF = EDF using isometric (rigid) transformations. EDF using a paragraph proof. Be sure to name Outline the necessary transformations to prove CBF = specific sides or angles used in the transformation and any congruency statements. 1. The congruency of AMNO and AXYZ can be proven using a reflection across the line bisecting oz. However, this congruency can also be proven using geometric postulates, theorems, and definitions. Prove that the triangles are congruent using a two-column proof and triangle congruency theorems. Given: L M = LX LN = LY YO = NZ Prove: AMNO = AXYZ х Me

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter12: Angle Relationships And Transformations
Section: Chapter Questions
Problem 133CUR
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Part 1: Use transformations to prove congruency.
1. Given: CB || ED; CB= ED
Prove: CBF = EDF using isometric (rigid) transformations.
EDF using a paragraph proof. Be sure to name
Outline the necessary transformations to prove CBF =
specific sides or angles used in the transformation and any congruency statements.
Transcribed Image Text:Part 1: Use transformations to prove congruency. 1. Given: CB || ED; CB= ED Prove: CBF = EDF using isometric (rigid) transformations. EDF using a paragraph proof. Be sure to name Outline the necessary transformations to prove CBF = specific sides or angles used in the transformation and any congruency statements.
1. The congruency of AMNO and AXYZ can be proven using a reflection across the line bisecting
oz. However, this congruency can also be proven using geometric postulates, theorems, and
definitions. Prove that the triangles are congruent using a two-column proof and triangle
congruency theorems.
Given: L M = LX
LN = LY
YO = NZ
Prove: AMNO = AXYZ
х
Me
Transcribed Image Text:1. The congruency of AMNO and AXYZ can be proven using a reflection across the line bisecting oz. However, this congruency can also be proven using geometric postulates, theorems, and definitions. Prove that the triangles are congruent using a two-column proof and triangle congruency theorems. Given: L M = LX LN = LY YO = NZ Prove: AMNO = AXYZ х Me
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