Geometry Units 3 5 Student Workbook

2019 Cover, IM, Student Workbook,Geometry, Units 3-5.pdf
1. Blank Page
Geometry-Course-student-workbook3-5.pdf
1. Lesson 1: Scale Drawings
  1. 1.1: Is That the Same Hippo?
  2. 1.2: Sketching Stretching
  3. 1.3: Mini Me
    1. Are you ready for more?
  4. Lesson 1 Summary
  5. Glossary
  6. Lesson 1 Practice Problems
2. Lesson 2: Scale of the Solar System
  1. 2.1: Solar Eclipse
  2. 2.2: Shrinking the Solar System
    1. Are you ready for more?
  3. 2.3: Shrinking the Solar System, Take 2
  4. Lesson 2 Summary
  5. Lesson 2 Practice Problems
3. Lesson 3: Measuring Dilations
  1. 3.1: Dilating Out
  2. 3.2: All the Scale Factors
    1. Are you ready for more?
  3. 3.3: What Stays the Same?
  4. Lesson 3 Summary
  5. Lesson 3 Practice Problems
4. Lesson 4: Dilating Lines and Angles
  1. 4.1: Angle Articulation
  2. 4.2: Dilating Lines
    1. Are you ready for more?
  3. 4.3: Proof in Parallel
  4. Lesson 4 Summary
  5. Lesson 4 Practice Problems
5. Lesson 5: Splitting Triangle Sides with Dilation, Part 1
  1. 5.1: Notice and Wonder: Midpoints
  2. 5.2: Dilation or Violation?
  3. 5.3: A Little Bit Farther Now
    1. Are you ready for more?
  4. Lesson 5 Summary
  5. Lesson 5 Practice Problems
6. Lesson 6: Connecting Similarity and Transformations
  1. 6.1: Dilation Miscalculation
  2. 6.2: Card Sort: Not-So-Rigid Transformations
    1. Are you ready for more?
  3. 6.3: Alphabet Soup
  4. Lesson 6 Summary
  5. Glossary
  6. Lesson 6 Practice Problems
7. Lesson 7: Reasoning about Similarity with Transformations
  1. 7.1: Notice and Wonder: Nested Triangles
  2. 7.2: Stretched or Distorted? Triangles
    1. Are you ready for more?
  3. 7.3: Invisible Triangles: Similarity
  4. Lesson 7 Summary
  5. Lesson 7 Practice Problems
8. Lesson 8: Are They All Similar?
  1. 8.1: Stretched or Distorted? Rectangles
  2. 8.2: Faulty Logic
  3. 8.3: Always? Prove it!
    1. Are you ready for more?
  4. Lesson 8 Summary
  5. Lesson 8 Practice Problems
9. Lesson 9: Conditions for Triangle Similarity
  1. 9.1: Math Talk: Angle-Side-Angle As A Helpful Tool
  2. 9.2: How Many Pieces?
  3. 9.3: Any Two Angles?
    1. Are you ready for more?
  4. Lesson 9 Summary
  5. Lesson 9 Practice Problems
10. Lesson 10: Other Conditions for Triangle Similarity
  1. 10.1: Math Talk: Triangle Congruence
  2. 10.2: Side-Angle-Side Triangle Similarity?
  3. 10.3: Side-Side-Side Triangle Similarity
    1. Are you ready for more?
  4. Lesson 10 Summary
  5. Lesson 10 Practice Problems
11. Lesson 11: Splitting Triangle Sides with Dilation, Part 2
  1. 11.1: Notice and Wonder: Parallel Segments
  2. 11.2: Prove It: Parallel Segments
  3. 11.3: Preponderance of Proportional Relationships
    1. Are you ready for more?
  4. Lesson 11 Summary
  5. Lesson 11 Practice Problems
12. Lesson 12: Practice With Proportional Relationships
  1. 12.1: Vegetable Garden
  2. 12.2: Card Sort: Corresponding Parts
  3. 12.3: Quilting Questions
    1. Are you ready for more?
  4. Lesson 12 Summary
  5. Lesson 12 Practice Problems
13. Lesson 13: Using the Pythagorean Theorem and Similarity
  1. 13.1: Similar, Right?
  2. 13.2: Tangled Triangles
  3. 13.3: More Tangled Triangles
    1. Are you ready for more?
  4. Lesson 13 Summary
  5. Glossary
  6. Lesson 13 Practice Problems
14. Lesson 14: Proving the Pythagorean Theorem
  1. 14.1: Notice and Wonder: Variable Version
  2. 14.2: Prove Pythagoras Right
  3. 14.3: An Alternate Approach
    1. Are you ready for more?
  4. Lesson 14 Summary
  5. Lesson 14 Practice Problems
15. Lesson 15: Finding All the Unknown Values in Triangles
  1. 15.1: Which One Doesn’t Belong: Triangles
  2. 15.2: Info Gap: Similar Sequence
  3. 15.3: Relatively Reasonable
    1. Are you ready for more?
  4. Lesson 15 Summary
  5. Lesson 15 Practice Problems
16. Lesson 16: Bank Shot
  1. 16.1: Notice and Wonder: Right Triangles
  2. 16.2: Bank Shot
    1. Are you ready for more?
  3. 16.3: Indirect Measurement (Mirrors)
  4. 16.4: Indirect Measurement (No Mirrors)
  5. Lesson 16 Summary
  6. Lesson 16 Practice Problems
17. Learning Targets
  1. Lesson 1: Scale Drawings
  2. Lesson 2: Scale of the Solar System
  3. Lesson 3: Measuring Dilations
  4. Lesson 4: Dilating Lines and Angles
  5. Lesson 5: Splitting Triangle Sides with Dilation, Part 1
  6. Lesson 6: Connecting Similarity and Transformations
  7. Lesson 7: Reasoning about Similarity with Transformations
  8. Lesson 8: Are They All Similar?
  9. Lesson 9: Conditions for Triangle Similarity
  10. Lesson 10: Other Conditions for Triangle Similarity
  11. Lesson 11: Splitting Triangle Sides with Dilation, Part 2
  12. Lesson 12: Practice With Proportional Relationships
  13. Lesson 13: Using the Pythagorean Theorem and Similarity
  14. Lesson 14: Proving the Pythagorean Theorem
  15. Lesson 15: Finding All the Unknown Values in Triangles
  16. Lesson 16: Bank Shot
  17. Lesson 1: Angles and Steepness
    1. 1.1: Ratios Galore
    2. 1.2: Can You Calculate?
    3. 1.3: Is it Accessible?
      1. Are you ready for more?
    4. Lesson 1 Summary
    5. Lesson 1 Practice Problems
  18. Lesson 2: Half a Square
    1. 2.1: Diagonals of Rectangles
    2. 2.2: Decomposing Squares
    3. 2.3: Generalize Half Squares
      1. Are you ready for more?
    4. Lesson 2 Summary
    5. Lesson 2 Practice Problems
  19. Lesson 3: Half an Equilateral Triangle
    1. 3.1: Notice and Wonder: Triangle Slices
    2. 3.2: Decomposing Equilateral Triangles
    3. 3.3: Generalize Half Equilateral Triangles
      1. Are you ready for more?
    4. Lesson 3 Summary
    5. Lesson 3 Practice Problems
  20. Lesson 4: Ratios in Right Triangles
    1. 4.1: Ratio Rivalry
    2. 4.2: Tons of Triangles
    3. 4.3: Tons of Ratios
      1. Are you ready for more?
    4. Lesson 4 Summary
    5. Glossary
    6. Lesson 4 Practice Problems
  21. Lesson 5: Working with Ratios in Right Triangles
    1. 5.1: Launch Pad
    2. 5.2: Pythagorean Triples
      1. Are you ready for more?
    3. 5.3: Solve All the Triangles
    4. Lesson 5 Summary
    5. Lesson 5 Practice Problems
  22. Lesson 6: Working with Trigonometric Ratios
    1. 6.1: This Time with Strategies
    2. 6.2: New Names, Same Ratios
    3. 6.3: Solve These Triangles
      1. Are you ready for more?
    4. Lesson 6 Summary
    5. Glossary
    6. Lesson 6 Practice Problems
  23. Lesson 7: Applying Ratios in Right Triangles
    1. 7.1: Tilted Triangle
    2. 7.2: Info Gap: Trigonometry
    3. 7.3: Tallest Tower
      1. Are you ready for more?
    4. Lesson 7 Summary
    5. Lesson 7 Practice Problems
  24. Lesson 8: Sine and Cosine in the Same Right Triangle
    1. 8.1: Which One Doesn’t Belong: Four Triangles
    2. 8.2: Twin Triangles
    3. 8.3: Explain the Co-nnection
      1. Are you ready for more?
    4. Lesson 8 Summary
    5. Lesson 8 Practice Problems
  25. Lesson 9: Using Trigonometric Ratios to Find Angles
    1. 9.1: Once More with the Table
    2. 9.2: From Ratios to Angles
    3. 9.3: Leaning Ladders
      1. Are you ready for more?
    4. Lesson 9 Summary
    5. Glossary
    6. Lesson 9 Practice Problems
  26. Lesson 10: Solving Problems with Trigonometry
    1. 10.1: Notice and Wonder: Practicing Perimeter
    2. 10.2: Growing Regular Polygons
      1. Are you ready for more?
    3. 10.3: Gentle Descent
    4. Lesson 10 Summary
    5. Lesson 10 Practice Problems
  27. Lesson 11: Approximating Pi
    1. 11.1: More Sides
    2. 11.2: N Sides
    3. 11.3: So Many Sides
      1. Are you ready for more?
    4. Lesson 11 Summary
    5. Lesson 11 Practice Problems
18. Learning Targets
  1. Lesson 1: Angles and Steepness
  2. Lesson 2: Half a Square
  3. Lesson 3: Half an Equilateral Triangle
  4. Lesson 4: Ratios in Right Triangles
  5. Lesson 5: Working with Ratios in Right Triangles
  6. Lesson 6: Working with Trigonometric Ratios
  7. Lesson 7: Applying Ratios in Right Triangles
  8. Lesson 8: Sine and Cosine in the Same Right Triangle
  9. Lesson 9: Using Trigonometric Ratios to Find Angles
  10. Lesson 10: Solving Problems with Trigonometry
  11. Lesson 11: Approximating Pi
  12. Lesson 1: Solids of Rotation
    1. 1.1: Which One Doesn’t Belong: Solids
    2. 1.2: Axis of Rotation
      1. Are you ready for more?
    3. 1.3: From Three Dimensions to Two
    4. Lesson 1 Summary
    5. Glossary
    6. Lesson 1 Practice Problems
  13. Lesson 2: Slicing Solids
    1. 2.1: Slice This
    2. 2.2: Slice That
    3. 2.3: Stack ‘Em Up
      1. Are you ready for more?
    4. Lesson 2 Summary
    5. Glossary
    6. Lesson 2 Practice Problems
  14. Lesson 3: Creating Cross Sections by Dilating
    1. 3.1: Dilating, Again
    2. 3.2: Pyramid Mobile
      1. Are you ready for more?
    3. Lesson 3 Summary
    4. Lesson 3 Practice Problems
  15. Lesson 4: Scaling and Area
    1. 4.1: Squares and Roots
    2. 4.2: Scaling Up a Rectangle
      1. Are you ready for more?
    3. 4.3: What About Other Shapes?
    4. Lesson 4 Summary
    5. Lesson 4 Practice Problems
  16. Lesson 5: Scaling and Unscaling
    1. 5.1: Transamerica Building
    2. 5.2: Two Viewpoints
    3. 5.3: Graphing Areas and Scale Factors
      1. Are you ready for more?
    4. Lesson 5 Summary
    5. Lesson 5 Practice Problems
  17. Lesson 6: Scaling Solids
    1. 6.1: Math Talk: Cube Volumes
    2. 6.2: How Do Surface Area and Volume Change with Scaling?
    3. 6.3: Scaling All Solids
      1. Are you ready for more?
    4. Lesson 6 Summary
    5. Lesson 6 Practice Problems
  18. Lesson 7: The Root of the Problem
    1. 7.1: The Number That Cubes
    2. 7.2: Thinking Inside the Box
    3. 7.3: Satellite Scale Factors
      1. Are you ready for more?
    4. Lesson 7 Summary
    5. Glossary
    6. Lesson 7 Practice Problems
  19. Lesson 8: Speaking of Scaling
    1. 8.1: Going Backwards
    2. 8.2: Info Gap: Originals and Dilations
    3. 8.3: Jumbo Can
      1. Are you ready for more?
    4. Lesson 8 Summary
    5. Lesson 8 Practice Problems
  20. Lesson 9: Cylinder Volumes
    1. 9.1: The Same But Different
    2. 9.2: Water Transfer
    3. 9.3: Revisiting Rotation
      1. Are you ready for more?
    4. Lesson 9 Summary
    5. Lesson 9 Practice Problems
  21. Lesson 10: Cross Sections and Volume
    1. 10.1: Two Stacks of Coins
    2. 10.2: Rectangular Prism, Shifted
      1. Are you ready for more?
    3. 10.3: Equal Volumes?
    4. Lesson 10 Summary
    5. Glossary
    6. Lesson 10 Practice Problems
  22. Lesson 11: Prisms Practice
    1. 11.1: New Heights
    2. 11.2: The Choice is Yours
      1. Are you ready for more?
    3. 11.3: The Cayan Tower
    4. Lesson 11 Summary
    5. Lesson 11 Practice Problems
  23. Lesson 12: Prisms and Pyramids
    1. 12.1: The Faces of Geometry
    2. 12.2: Card Sort: Sorting Shapes
      1. Are you ready for more?
    3. 12.3: Building a Prism from Pyramids
    4. Lesson 12 Summary
    5. Glossary
    6. Lesson 12 Practice Problems
  24. Lesson 13: Building a Volume Formula for a Pyramid
    1. 13.1: Cover Your Bases
    2. 13.2: Splitting a Prism into Pyramids
    3. 13.3: Comparing Cross Sections
      1. Are you ready for more?
    4. Lesson 13 Summary
    5. Lesson 13 Practice Problems
  25. Lesson 14: Working with Pyramids
    1. 14.1: Volume Matching
    2. 14.2: Practice with Pyramids
      1. Are you ready for more?
    3. 14.3: An Icy Pyramid
    4. Lesson 14 Summary
    5. Lesson 14 Practice Problems
  26. Lesson 15: Putting All the Solids Together
    1. 15.1: Math Talk: Volumes
    2. 15.2: Missing Measurements
      1. Are you ready for more?
    3. 15.3: Spinning into Three Dimensions
    4. Lesson 15 Summary
    5. Lesson 15 Practice Problems
  27. Lesson 16: Surface Area and Volume
    1. 16.1: Maximize Area
    2. 16.2: Maximize in Three Dimensions
      1. Are you ready for more?
    3. 16.3: Assume a Spherical Elephant
    4. 16.4: Measuring Strength
    5. Lesson 16 Summary
    6. Lesson 16 Practice Problems
  28. Lesson 17: Volume and Density
    1. 17.1: A Kilogram by Any Other Name
    2. 17.2: Light as a Feather
      1. Are you ready for more?
    3. 17.3: A Fishy Situation
    4. Lesson 17 Summary
    5. Glossary
    6. Lesson 17 Practice Problems
  29. Lesson 18: Volume and Graphing
    1. 18.1: Parade Balloon: Part 1
    2. 18.2: Parade Balloon: Part 2
    3. 18.3: Beach Ball Balloon
      1. Are you ready for more?
    4. Lesson 18 Summary
    5. Lesson 18 Practice Problems
19. Learning Targets
  1. Lesson 1: Solids of Rotation
  2. Lesson 2: Slicing Solids
  3. Lesson 3: Creating Cross Sections by Dilating
  4. Lesson 4: Scaling and Area
  5. Lesson 5: Scaling and Unscaling
  6. Lesson 6: Scaling Solids
  7. Lesson 7: The Root of the Problem
  8. Lesson 8: Speaking of Scaling
  9. Lesson 9: Cylinder Volumes
  10. Lesson 10: Cross Sections and Volume
  11. Lesson 11: Prisms Practice
  12. Lesson 12: Prisms and Pyramids
  13. Lesson 13: Building a Volume Formula for a Pyramid
  14. Lesson 14: Working with Pyramids
  15. Lesson 15: Putting All the Solids Together
  16. Lesson 16: Surface Area and Volume
  17. Lesson 17: Volume and Density
  18. Lesson 18: Volume and Graphing
20. Glossary
21. Attributions
  1. Image Attributions
22. Citations
  1. Unit 3: Similarity

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