数学の演習が一人ひとりに合わせて変化
静的な問題集ではありません。92,000以上のアルゴリズム生成演習が、各生徒の速度、正確さ、レベルにリアルタイムで適応します。
演習のタイプ
各チャプターには、段階的に深い理解を構築するために設計された完全な教育シーケンスが含まれています。
Worked Examples (L)
Students see how to solve the problem step by step. Establishes the mental model before practicing.
Practice (P)
Practice with support. Students solve while the system provides hints and immediate feedback.
Review (R)
Spaced review exercises. The system adjusts difficulty based on real-time performance.
Mixed (M)
Combine current and previous topics to reinforce retention and prevent forgetting.
Assessment (E)
Short assessments that determine if the student has mastered the topic and can advance to the next chapter.
25の段階的レベル
幼稚園での物の数え方から高校の三角法まで。
Pre-numeric foundations
Counting, number recognition, basic geometric shapes, patterns and sequences.
Basic arithmetic
Addition, subtraction, multiplication and division. Simple fractions, measurements and time.
Advanced arithmetic
Fractions, decimals, percentages, proportions. Perimeter and area geometry.
Pre-algebra and algebra
Equations, algebraic expressions, linear functions, basic statistics.
Advanced mathematics
Quadratic functions, trigonometry, probability, analytic geometry.
MathCracksの数字
adaptive exercises
progressive levels
organized chapters
thematic blocks
Adaptive difficulty
Each exercise adjusts automatically. No two sessions are alike because the OLA™ system adapts difficulty, exercise type, and pace based on each student's performance.
When the student masters it
Difficulty increases progressively. More complex variants are introduced and the student advances to the next topic.
When the student struggles
The system reinforces with similar exercises at lower difficulty. The AI tutor explains the error step by step.
When the student is inconsistent
Same-level exercises are repeated to consolidate. No advancement until stable mastery is demonstrated.
本物の手書き入力
生徒が手書きで回答。AI認識が回答を検証します。