Category: Blog

I. Who Is AMC10 Suitable For?

1. Students who performed well in AMC8

Characteristics: Scored around 20 points in the AMC8 last January, indicating a solid mathematical foundation.

Advantages: Possess good computational accuracy and basic logic, enabling faster adaptation to the breadth and depth of AMC10 knowledge.

Suggested Path: Directly proceed to advanced learning in algebra and geometry modules, strengthening number theory and combinatorics skills.

2. Students planning to apply to international schools

Target Audience: Prestigious schools in Shanghai (San Gong, YK Pao, Pinghe Bilingual), Beijing (RDFZ, Tsinghua High School), Shenzhen (Shenzhen Middle School), Chengdu (No. 4 High School, No. 7 High School), etc.

Advantages: AMC10 scores serve as an important reference for international school entrance exams, providing a significant advantage, especially in the transition from elementary to middle school and mid-year transfer exams.

Suggested Path: Systematically prepare six months to one year in advance to ensure achieving an ideal score before entrance exams.

3. Students in grades 7–10 seeking to improve their math foundation

Characteristics: Wish to consolidate in-school knowledge and enhance mathematical thinking through competition participation.

Advantages: AMC10 covers all middle and high school math topics and emphasizes logical reasoning, effectively compensating for deficiencies in school teaching.

Suggested Path: Start with foundational problems, gradually transition to intermediate difficulty levels, and develop problem-solving skills and time management abilities.

II. AMC10 Difficulty Trend Analysis

1. Algebra remains a core focus

Changes: It is no longer just about basic operations; there is a greater emphasis on deep understanding and flexible application of concepts.

Response Strategies: Grasp the essence of algebra thoroughly and master advanced applications such as equations, functions, and sequences.

2. Increase in geometry weight and computational load

Changes: The proportion of geometry problems continues to increase, with higher demands on computational accuracy and speed.

Response Strategies: Practice classic problem types like constructing auxiliary lines, similar triangles, and the power of a point theorem to improve proficiency and accuracy.

3. Number theory and combinatorics are indispensable

Changes: Although the number of number theory problems has decreased, it remains crucial for AIME. Probability and combinatorics cover a wide range and require long-term accumulation.

Response Strategies: Systematically summarize fundamental number theory theorems (e.g., prime factorization, congruence properties) and accumulate experience through problem-solving practice.

III. AMC10 Preparation Guide: Scientific Planning, Aiming for the Top 1%

Three Principles for Efficient Improvement

1. Enhance competition skills

Advantage for Chinese students: In-school knowledge has high overlap with AMC10 content, allowing for rapid progress using the school foundation.

Competition-specific skills: Learn techniques like constructing auxiliary lines and number theory problem-solving methods to achieve improvement both in school and competition contexts.

2. Targeted practice with past papers

Strategy: Repeatedly practice AMC10 past papers from 2010–2024, categorizing by module.

Foundational problems: Ensure all correct to solidify the foundation.

Intermediate problems: Strengthen problem-solving speed and enhance efficiency.

Difficult problems: Summarize solution models, maintain an error notebook, and target weak areas for breakthrough.

3. Improve test-taking ability

Essential formulas and theorems: Memorize commonly used tools such as geometry area formulas and number theory congruence properties.

English reading comprehension: Master essential mathematical vocabulary to improve efficiency in reading English problems.

Mock exam practice: Familiarize yourself with the test pace, allocate time reasonably, and avoid losing points due to time pressure through repeated simulation exams.

IV. High-Quality Courses to Help Improve Scores Efficiently

Pre-AMC10 Express Course

Suitable for: Students in grades 6–8 or those without prior competition experience.

Course Structure:

20 hours PRE-AMC10 Algebra Fundamentals

50 hours Basic knowledge points for each chapter

30 hours Thematic classification lectures

30 hours Gap filling + past paper mock exam review

Goal: Help students solidify their AMC10 math foundation and bridge the knowledge gap between AMC8 and AMC10.

AMC10 Express Course

Suitable for: Students in grades 9–10 or those who need systematic learning.

Course Structure:

Foundation Stage (50 hours): Basic knowledge points for each chapter

Intensive Stage (30 hours): AMC10 advanced course covering algebra, geometry, number theory, probability

Sprint Stage (30 hours): Gap filling, past paper mock exam review, test-taking techniques

Course Selection Advice

Zero-basis students: It is recommended to start with Pre-AMC10 and progress step by step.

Students with some foundation: Can directly enter the foundation or intensive stage, focusing on strengthening weak modules.

Class Type	Hours	Class Size	Start Date
Winter Vacation Class	30H	3-8 students	Consult teacher for details
System Course	20H	1v1 / 3-8 student class	Consult teacher for details
Practice Class	20H	1v1 / 3-8 student class	Consult teacher for details