Chapter 1. Introduction: Contextualizing the Lessons; Blake E. Peterson Section 1. 27 Japanese Mathematics Lessons Chapter 2. Multiplying Numbers; Takurou Wakamatsu Chapter 3. The Purpose of Expressing Quantities with Variables; Daisuke Morita Chapter 4. The Meaning of Algebraic Expressions; Kumi Yoshimura Chapter 5. Using Variables and Expressions; Kenji Sakamoto Chapter 6.
Equations with Fractional Coefficients; Yasunori Suzuki Chapter 7. Using Linear Equations; Yousuke Morooka Chapter 8. Inverse Proportion Graphs; Naoki Yachimoto Chapter 9. Using Proportions; Miki Mochizuki Chapter 10. The Surface Area of Cones; Masao Kondou Chapter 11. Cross-Sections of a Cube; Kenji Sakamoto Chapter 12. Representative Values; Takurou Wakamatsu Chapter 13. The Use of Formula Calculations; Naoki Yachimoto Chapter 14.
Simultaneous Equations and Their Solutions; Kazunori Numazawa Chapter 15. Using Simultaneous Equations (Three-Variable Simultaneous Linear Equations); Kouji Kishimoto Chapter 16. How to Solve for the Equation of a Line; Yasunori Suzuki Chapter 17. The Use of Linear Functions; Kazunori Numazawa Chapter 18. How to Find the Properties of Figures (The Meaning of Proofs); Naoki Yachimoto Chapter 19. Using the Properties of Figures (Five-Pointed Stars); Kouji Kishimoto Chapter 20. Construction and Proofs; Miki Mochizuki Chapter 21. Various Probabilities; Yasunori Suzuki Chapter 22.
Large and Small Square Roots; Takurou Wakamatsu Chapter 23. The Meaning of the Function 2; Kazunori Numazawa Chapter 24. Using Functions; Miki Mochizuki Chapter 25. Using Conditions for Triangle Similarity; Kenji Sakamoto Chapter 26. Using the Characteristics of Circles; Tooru Aoki Chapter 27. Using the Pythagorean Theorem; Ikumi Kawai" Chapter 28. Use of Sampling; Masao Kondou Section 2. Four US Mathematics Lessons Chapter 29.
Solving Equations with Variable on Both Sides; Jose Carrillo Chapter 30. Solving For the Equation of a Line; Nikki Mendenhall Chapter 31. Various Probabilities; Jill Durrant Chapter 32. Piece-wise Functions and Attributes of Linear and Quadratic Change; Travis Lemon.