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BI
Big Ideas Math Integrated I, 2016
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Chapter Review
1. Solving Linear Equations
p. 1-49
11 Subchapters
2. Solving Linear Inequalities
p. 51-99
12 Subchapters
3. Graphing Linear Functions
p. 101-161
12 Subchapters
4. Writing Linear Functions
p. 163-213
12 Subchapters
5. Solving Systems of Linear Equations
p. 215-269
13 Subchapters
6. Exponential Functions and Sequences
p. 271-327
12 Subchapters
7. Data Analysis and Displays
p. 329-375
11 Subchapters
8. Basics of Geometry
p. 377-437
12 Subchapters
9. Reasoning and Proofs
p. 439-493
11 Subchapters
10. Parallel and Perpendicular Lines
p. 495-539
11 Subchapters
11. Transformations
p. 541-583
10 Subchapters
12. Congruent Triangles
p. 585-653
14 Subchapters
Start
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1. Translations
p. 578
9 Solutions
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2. Reflections
p. 579
6 Solutions
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3. Rotations
p. 580
5 Solutions
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4. Congruence and Transformations
p. 580
4 Solutions
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Exercise
14
Page
579
Page
579
Hint & Answer
Solution
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Can you fold the figure over itself somehow?
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Practice makes perfect
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Progress overview
A way to think about lines of symmetry is that, if you are able to fold a figure along some line so that the two parts line up, then we have found a line of symmetry. For the given figure, there are two ways of folding it that fits this criteria.
Understanding Similarity Transformations
Level 1 exercises - Understanding Similarity Transformations
Level 2 exercises - Understanding Similarity Transformations
Level 3 exercises - Understanding Similarity Transformations
Subchapter links
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1
Translations
p.578
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engineering
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engineering
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engineering
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Translations
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(Page 578)
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2
Reflections
p.579
Reflections
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(Page 579)
Reflections
11
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engineering
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engineering
Reflections
14
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engineering
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3
Rotations
p.580
Rotations
16
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Rotations
17
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Rotations
18
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Rotations
19
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Rotations
20
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4
Congruence and Transformations
p.580
Congruence and Transformations
21
(Page 580)
Congruence and Transformations
22
(Page 580)
Congruence and Transformations
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(Page 580)
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engineering
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