Write a two-column proof showing that triangle ABC is congruent to triangle ADE. Then, describe either a single or series of transformations that would map triangle ADE onto triangle ABC. Given: Triangles ABC and ADE on the coordinate plane with point A = = (0, 0) point B = = (0, 10) point D= (0, -10) point C = = (6, 0) point E = (-6, 0) Prove: AABC = AADE 12 100 8 B 6
Write a two-column proof showing that triangle ABC is congruent to triangle ADE. Then, describe either a single or series of transformations that would map triangle ADE onto triangle ABC. Given: Triangles ABC and ADE on the coordinate plane with point A = = (0, 0) point B = = (0, 10) point D= (0, -10) point C = = (6, 0) point E = (-6, 0) Prove: AABC = AADE 12 100 8 B 6
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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Transcribed Image Text:Write a two-column proof showing that triangle ABC is congruent to triangle ADE. Then, describe either a
single or series of transformations that would map triangle ADE onto triangle ABC.
Given: Triangles ABC and ADE on the coordinate plane with
point A = (0, 0)
point B = (0, 10)
point C = (6, 0)
point D = (0, -10)
point E=(-6, 0)
Prove: AABC = AADE
12
10€
8
B
6

Transcribed Image Text:-8
E
-2
4
For full credit:
2
0
-2
-4
-6
q
-8
-10
A
D
2
4
-12
Created using Geogebra
C
• Create a two-column proof with the given and prove statements provided; your proof must be in the
proper format and include all statements with reasons given.
• Describe a single or series of rigid transformations that would map triangle ADE onto triangle ABC.
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