Category: Blog

I. 2026 AMC8 Competition Schedule

2026 AMC8 Exam Basic Information: The official exam date is January 23, 2026. The exam lasts 40 minutes and consists of 25 multiple-choice questions, with a total score of 25 points (1 point per correct answer, no deduction for incorrect answers).

II. Detailed Explanation of the Three Registration Methods for the AMC8

1. Registration Through School (Preferred Method)

If the student's school is an official AMC8 partner test center, they can register directly through the school. This is the most direct and secure registration method.

Eligibility:

The student's school is an ASDAN partner test center

The school has the experience and capability to organize the exam

Process:

Confirm with the homeroom teacher or academic affairs office whether the school is an official test center

Submit personal information and registration materials as required

Pay the registration fee of 120 RMB

Wait for school notification to confirm successful registration

Important Notes:

Partner test centers are mostly international schools or key secondary schools, such as Beijing RDFZ, Shanghai High School, and the High School Affiliated to South China Normal University.

It is recommended to communicate with the school in advance, as the school's internal registration deadline may be earlier than the official cutoff date.

2. Self-Registration Through the ASDAN Official Platform

For students whose schools are not partner test centers, they can register individually through the ASDAN official platform. This is an important channel for 2026 AMC8 registration.

Registration Process:

1. Register an account: Complete account registration on the ASDAN platform; a valid mobile number is required for verification.

2. Complete personal information: Includes name, gender, date of birth, school information, etc. (must match ID documents).

3. Search for the AMC8 event: Search for "American Mathematics Competition (AMC8)" on the platform.

4. Fill out the registration form: Includes three sections:

Student Information: Name (Chinese and English), ID number, grade, etc.

Family Information: Parents' names, contact number, email address.

Event Information: Select exam level and session.

5. Upload materials: 1-inch ID photo with white background (within 20MB, JPG format), scanned copy of ID card or passport (must be valid).

6. Payment: Complete the 120 RMB registration fee payment via online payment.

Key Notes:

It is recommended to use QQ Mail or 163 Mail to ensure timely receipt of exam notifications.

The ID photo must be a recent photo taken within 6 months, with a pure white background.

Once registration information is submitted, modifications may be restricted; in particular, school information will appear on the electronic certificate.

3. Proxy Registration Through Partner Institutions

For students whose schools are not partner test centers and who are unable to register on their own, proxy registration through a legitimate institution is an option.

Applicable Situations:

The student's school is not an official partner test center

Individual registration encounters technical issues or eligibility restrictions

Need one-stop preparation and registration services

Selection Notes:

Confirm whether the institution has official authorization or permission.

Understand any additional service fees that proxy registration may incur.

Note that the proxy registration institution's deadline may be earlier than the official cutoff date.

III. Preparation After Registration

After completing registration, test-takers need to make the following preparations:

Pre-Exam Material Preparation:

Print the admission ticket (sent via email about 3 days before the exam).

Prepare a valid ID (ID card or passport).

Bring necessary exam supplies (pencils, eraser, etc.).

Pre-Exam Mock Test:

The official organizer usually provides an online mock test before the exam.

Familiarize yourself with the exam interface and question types.

Adjust your answering pace and time allocation strategies.

Exam Rules:

About 3 days before the official exam, the organizer will send activity instructions via email and text message.

Carefully read the test center rules and important notes.

IV. 2026 AMC8 Exam Content and Preparation Advice

Understanding the content and characteristics of the AMC8 exam is key to successful preparation.

Preparation Strategy Advice:

Develop a reasonable plan: Based on your math foundation, start systematic preparation 3–6 months in advance.

Break through by module: Focus on weak areas, especially number theory and combinatorics, which are less covered in school.

Practice with past papers: Familiarize yourself with question types and difficulty through past AMC8 papers, and develop a sense of pacing.

Time management: With an average of less than 2 minutes per question, you need to strengthen quick calculation and rapid judgment skills.

V. Frequently Asked Questions

Q1: What should I do if I fill in incorrect registration information?
A: Log in to the ASDAN mini-program and modify your personal information under "My Registrations" - "Personal Information". However, note that school information may not be modifiable, so be especially careful when filling it out.

Q2: Can I get a refund after registration?
A: If you apply for a refund before the registration deadline, 25% of the registration fee will be deducted as academic material and service fees. Applications submitted after the registration deadline will not be refunded.

Q3: Can students from non-international schools participate in AMC8?
A: Yes. AMC8 is not limited to international school students. Students from regular secondary schools can also participate through the registration channels mentioned above, as long as they meet the grade and age requirements.

Although the registration process for the 2026 AMC8 math competition has been adjusted due to exam format reforms, test-takers can still successfully participate in this global math event through the three main registration channels outlined above. It is recommended that students and parents prepare in advance, carefully read the registration requirements, and strictly complete the registration procedures according to the deadlines. At the same time, a reasonable preparation plan and consistent training are the keys to achieving excellent results.

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details

I. 2026 AMC8 Syllabus Changes

The 2026 AMC8 syllabus has been comprehensively upgraded. While retaining the 25 multiple-choice question format, both the question design and assessment focus have seen significant adjustments. The specific changes are as follows:

1. Module Proportions and Updated Exam Points

The table below shows the proportions and specific changes for each math module in the 2026 AMC8:

Math Module	Proportion	New Exam Points and Key Features
Algebra & Probability	40%–45%	Added quadratic function modeling for practical problems (e.g., carbon emission optimization design); probability problems combined with business scenarios (e.g., dynamic relationship between supermarket promotion winning rates and inventory consumption), requiring the construction of binomial distribution models.
Geometry	25%–30%	Introduction of dynamic analysis of 3D nets, integrating the Pythagorean theorem with building structural stability problems; increased complexity in calculating the area of irregular shapes, with multi‑layer overlapping shaded area problems appearing.
Number Theory & Combinatorics	20%–25%	Increased difficulty in prime factorization, requiring quick factorization of four‑digit integers; added application of the sum formula for geometric sequences; combinatorial counting problems now include multiple constraints.

2. Stricter Scoring Standards

The weight of process points has been increased to 30%. When solving problems, you must clearly label the theorem numbers you cite (e.g., the Pythagorean Theorem must be cited as “TH 1.2.3”). Calculation precision requirements have been raised; results must be rounded to three significant digits, and unit conversion errors (e.g., writing kilometers as meters) may result in the entire problem being marked wrong.

3. Trends in Question Design

The average text length of problem statements has increased by 45% compared to 2020, incorporating unstructured information such as charts and business data. The proportion of trap problems has expanded, with frequent unit confusion and logical qualifiers. For questions 21–25, the degree of problem‑solving freedom has increased, allowing for multiple solution methods.

II. Detailed Registration Methods

Registration for candidates in China is mainly through the following three channels:

Registration Method	Eligibility	Specific Steps	Notes
School Group Registration	The student's school is an official AMC8 partner test center	Submit registration information to the school's academic affairs office or competition teacher	Only available for students at partner schools; must confirm whether the school is an official test center
ASDAN Mini‑Program Self‑Registration	The student's school is a partner test center, but the school does not organize group registration	Search for the “ASDAN International STEM Assessment” mini‑program on WeChat, register, and complete the registration payment	The registration deadline is January 13, 2026
Agency Proxy Registration	Students from non‑partner schools	Submit materials (including ID number, grade certificate, etc.) through an officially authorized training institution	Proxy registration deadlines are typically earlier than the official cutoff date; contact the agency 1–2 weeks in advance

It is worth noting that since 2021, the China region has eliminated the individual registration channel. Candidates must complete registration through one of the three methods above.

III. Event Details

The key dates and exam arrangements for the 2026 AMC8 are as follows:

Item	Date/Time	Specific Notes
Registration Deadline	January 13, 2026	Late registration will not be accepted; agency proxy registration deadlines are earlier.
Exam Date	January 23, 2026, 17:00–17:40	Moved from the morning to the afternoon compared to previous years, which may affect student performance.
Score Release	2–4 weeks after the exam	Candidates who registered through ASDAN can check their scores relatively quickly.
Electronic Certificate Download	6–8 weeks after the exam	Official certificates require patience.

Exam Format: For the first time in 2026, the China region will simultaneously offer both online and offline test modes. Candidates can flexibly choose based on their actual situation. The exam lasts 40 minutes, consists of 25 multiple‑choice questions, and has a maximum score of 25 points (1 point for each correct answer, no deduction for incorrect or unanswered questions).

Eligibility: Students in grade 8 or below who are not older than 14.5 years old on the day of the exam may participate. Based on domestic registration trends, participants are mainly concentrated in grades 4–7, with grades 5 and 6 considered the “golden window” for taking the AMC8.

IV. Academic Advancement Value

The value of AMC8 scores in academic advancement both domestically and internationally is increasingly prominent, and it has become an important benchmark for measuring students' mathematical abilities.

1. Domestic Academic Advancement

In educational hubs such as Beijing, Shanghai, Guangzhou, and Shenzhen, AMC8 scores have become an important reference for selective secondary schools. The specific value is reflected in:

Shanghai’s “San Gong” schools (Shanghai Foreign Language School Affiliated to SISU, Shanghai Experimental School, and Pujiang Foreign Language School) place great importance on AMC8 scores during their selection process, with global top 1% award winners having a strong competitive advantage.

The international divisions of Beijing’s “Liu Xiao Qiang” schools use AMC8 as one of the assessment criteria for mathematical ability.

International school entrance exams often use original AMC8 problems or adapted versions, and an excellent AMC8 score can increase the chance of being admitted to an international school.

2. International Applications

The AMC8 is an important plus point for applications to top private secondary schools in the United States, the United Kingdom, Singapore, and other countries. It is also the first step toward the AMC10/12 competition system, which holds significant value for future applications to prestigious overseas universities.

3. Recent Score Cutoffs and Award Distribution

The table below shows the recent AMC8 award score cutoffs and the 2026 predictions:

Award Level	Award Criteria	2023 Cutoff	2024 Cutoff	2025 Cutoff	2026 Prediction
Perfect Score Award	Perfect score of 25	25	25	25	25
Distinguished Honor Roll (DHR)	Top 1% globally	21	22	23	23 or so
Honor Roll (HR)	Top 5% globally	17	18	19	19
Achievement Roll (AR)	Grade 6 or below with score ≥ 15	15	15	15	15

As can be seen from the table, the award score cutoffs have been steadily rising. In particular, the cutoff for the global top 1% increased from 21 points in 2023 to 23 points in 2025, reflecting the overall improvement in participants' abilities and the increasing intensity of competition.

V. Preparation Strategy Recommendations

In response to the new changes in the 2026 AMC8, candidates need to develop a scientific preparation strategy.

1. Three‑Stage Preparation Path

Foundation Reconstruction Phase (3–6 months before the exam): Focus on integer operations, geometric properties, and basic probability. Complete 15 core module problems daily.

Specialized Breakthrough Phase (1–3 months before the exam): Practice with past exam papers from 2018–2025 by module. Maintain an error log to classify mistake types (conceptual gaps / reading errors / calculation errors).

Full‑Simulation Sprint Phase (1 month before the exam): Complete 2–3 timed mock exams per week, strictly simulating the test environment, and train the ability to solve basic problems in ≤10 seconds per question.

2. Golden Rules for Time Allocation

Questions 1–10: Limit to 8–10 minutes. Use the substitution of special values for ratio problems.

Questions 11–20: Allocate 15–20 minutes. Use case analysis and graphical aids.

Questions 21–25: Reserve 10–12 minutes. Prioritize problem types you can break through (e.g., using symmetry to simplify geometry optimization problems).

3. Targeted Breakthrough for New High‑Difficulty Exam Points

For the dynamic analysis of 3D nets, use geometry software to develop spatial visualization skills.

For quadratic function modeling problems, master the basic characteristics of function graphs and their practical application scenarios.

For complex combinatorial counting problems, proficiently use case‑based thinking and enumeration techniques that avoid duplication and omission.

The 2026 AMC8 competition, by adding problem types related to engineering modeling and ecological optimization, strengthens the application value of mathematics in cutting‑edge fields such as smart cities and carbon neutrality. This marks a strategic shift from “problem‑solving skills” to “real‑world modeling ability.” Early systematic training (recommended preparation period of ≥6 months) and precise strategies (such as time allocation and adherence to process point standards) will be decisive factors in helping candidates break through their academic ceilings. We hope all participants will show their best form in the 2026 season and achieve excellent results!

Students preparing for the competition can download the 2000–2025 AMC8 bilingual past papers + answer keys + formula collection + vocabulary list + preparation books + handouts for free.

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details

I. 2026 AMC8 Competition Schedule and Registration

Key dates for the 2026 AMC8 competition were as follows (for reference):

Item	Date
Registration Deadline	January 13, 2026
Official Exam Date	January 23, 2026, 17:00–17:40 (Beijing time)
Exam Duration	40 minutes
Score Release	2–4 weeks after the exam
Certificate Download	6–8 weeks after the exam

II. Eligibility Requirements

Grade Level: Students in grade 8 (8th grade / second year of junior high) or below[reference:0].

Age Restriction: Participants must be no older than 14.5 years of age on the day of the competition[reference:1][reference:2].

Nationality: No nationality restrictions; eligible students worldwide may participate[reference:3].

Increasing Participation: While official rules allow up to grade 8, actual participation has become younger, with many 3rd and 4th graders with strong math abilities taking on the challenge[reference:4].

III. Exam Format and Rules

Question Type: 25 multiple-choice questions, bilingual (Chinese-English) test papers[reference:5].

Scoring System: 1 point for each correct answer; no deduction for incorrect or unanswered questions. The total possible score is 25 points[reference:6].

Exam Format: For the 2026 season, the exam was held in a hybrid format with both online and offline testing options[reference:7].

Pacing Requirement: With an average of only 1.6 minutes per question, the exam demands fast and accurate problem-solving[reference:8].

Difficulty Gradient:

Questions 1–10: Foundational, testing basic concepts[reference:9].

Questions 11–20: Intermediate, requiring flexible application of knowledge[reference:10].

Questions 21–25: High difficulty, often integrating multiple knowledge points[reference:11].

Allowed and prohibited materials during the exam are listed below[reference:12]:

Category	Allowed Items	Prohibited Items
Stationery	Pens, pencils, eraser, ruler, blank scratch paper	Compass, protractor, graph paper
Electronic Devices	Computer with camera, mobile device (for online proctoring)	Calculator, smartwatch, phone (except proctoring device), any computing equipment

WeChat

IV. Registration Process

Individual direct registration is not accepted. Students must register through one of the following official channels[reference:13]:

School Group Registration: For students whose schools are official AMC partner test centers (typically international schools or select key secondary schools). Registration is organized centrally by the school's math department or academic affairs office[reference:14].

Official Partner Platform Registration: Non-partner school students can register via ASDAN, the official AMC China partner. Two ways:

ASDAN official website: http://www.seedasdan.org/ – locate the AMC8 registration portal, fill in information, and pay the fee[reference:15].

WeChat Mini-Program: Search for "ASDAN International STEM Assessment", register, and search for AMC8 to complete registration[reference:16].

Agency Proxy Registration: If the school is not a partner test center, students can register through officially authorized agencies. Note that agency registration deadlines are often earlier than the official cutoff, so advance contact is recommended[reference:17].

Registration Fee: 120 RMB. After successful registration, students receive an electronic admission ticket 1–2 weeks before the exam and must print it out[reference:18].

V. Core Topics and 2026 Syllabus Changes

The AMC8 syllabus covers four major content areas. In the 2026 season, the syllabus underwent significant updates with a stronger emphasis on interdisciplinary applications and higher‑order logical reasoning[reference:19].

Module	Percentage	Key Topics
Algebra & Probability	40%–45%	Fraction, decimal, percentage operations; ratio and proportion; linear equations; quadratic function modeling (e.g., carbon emission optimization); probability integrated with real‑world business scenarios (e.g., supermarket promotion models)[reference:20].
Geometry	25%–30%	Properties of triangles, quadrilaterals, and circles; Pythagorean theorem; dynamic analysis of 3D nets; calculation of irregular shapes; problems combining geometry with engineering applications (e.g., building structural stability)[reference:21].
Number Theory	15%–20%	Prime numbers and prime factorization (including large numbers); divisibility rules; greatest common divisor (GCD) and least common multiple (LCM) using short division; parity analysis[reference:22].
Combinatorics	15%–20%	Counting principles; permutations and combinations; probability calculations; logical reasoning; sum of geometric sequences[reference:23].

Stricter Scoring Standards: Process points now account for a higher weight. For derivation problems, students must label key theorem numbers (e.g., "Pythagorean Theorem TH 1.2.3"), and missing steps can result in a 30% point deduction. Calculation results must be rounded to three significant digits, and unit conversion errors may cause the entire problem to be scored as zero[reference:24].

VI. Awards and Score Cutoffs

AMC8 awards are based on global percentiles. The table below shows the award categories and typical score requirements based on past competitions[reference:25].

Award	Qualification Criteria	Typical Score Requirement
Perfect Score Award .=Perfect score of 25	25 points
Distinguished Honor Roll (DHR)	Top 1% globally	21–23 points
Honor Roll (HR)	Top 5% globally	17–19 points
Achievement Roll (AR)	Grade 6 or below and score ≥ 15	15 points or above

Recent years' cutoffs show a steady upward trend, reflecting increasing competition[reference:26].

VII. Recommended Preparation Timeline

A scientific three-phase preparation plan is essential for achieving a high score on the AMC8[reference:27].

Phase	Timeline	Core Tasks	Goals
Foundation Building	2–3 months before the exam	Systematically review the four major modules: algebra, geometry, number theory, and combinatorics. Build a complete knowledge framework. Focus on algebraic equations and geometric theorem proofs. Complete 10–15 minutes of speed calculation practice daily[reference:28].	Master 70% of core concepts; ensure zero mistakes on questions 1–10.
Skill Enhancement	1–2 months before the exam .=Targeted practice on weak areas. Use past papers from 2015–2025, focusing on questions 11–20. Practice multiple solution methods for each problem. Maintain a mistake log, categorizing errors by type (e.g., "geometry nets," "prime factorization traps")[reference:29].	Improve accuracy on questions 11–20; identify and correct recurring mistakes.
Final Sprint	2–3 weeks before the exam .=Conduct 2–3 full-length timed mock exams per week, strictly following the 40‑minute limit. Use the recommended time allocation: 8 minutes for questions 1–10, 15 minutes for questions 11–20, and 12 minutes for questions 21–25. Practice test‑taking strategies such as elimination, substitution, and educated guessing[reference:30].	Build a stable answering rhythm; optimize time management; achieve a target mock score of 18+ points.

VIII. Key Differences: AMC8 vs. AMC10/12

Understanding the differences between AMC8, AMC10, and AMC12 helps students plan a long‑term competition pathway. There is no direct promotion from AMC8 to AMC10/12; students may choose the appropriate level based on their age and math ability[reference:31].

Comparison Dimension	AMC8	AMC10
Eligibility	Grade 8 or below, ≤ 14.5 years old	Grade 10 or below, ≤ 17.5 years old
Exam Duration	40 minutes, 25 questions	75 minutes, 25 questions
Scoring Rules	1 point per correct answer, no deduction for incorrect/unanswered. Max: 25 points.	6 points per correct answer, 1.5 points for unanswered questions, 0 points for incorrect. Max: 150 points.
Knowledge Scope	Elementary through 8th‑grade content: basic algebra, geometry, number theory, combinatorics. .=Extends to 9th‑ and 10th‑grade content; depth and breadth increase significantly.
Advancement	No direct promotion pathway; awards for top 1% and 5%.	Top 2.5%–5% qualify for AIME (American Invitational Mathematics Examination).
Typical Cutoffs (Reference)	Top 1% (DHR): 21–23 points; Top 5% (HR): 17–19 points.	AIME qualifying: approx. 100–110 points; Top 1% (DHR): approx. 130–135 points.

Starting from AMC8 and gradually progressing to AMC10/12 and AIME provides a systematic pathway for students to improve their mathematical thinking and problem‑solving skills[reference:32].

IX. Recommended Learning Pathways by Grade Level

Students at different grade levels should focus on different goals and content when preparing for AMC8[reference:33].

Grades 5–6Systematically learn the four core modules: algebra, geometry, number theory, and combinatorics. Complete the knowledge system through structured study.Achievement Roll (score ≥ 15) or Honor Roll (top 5%)This is the golden period for AMC8 preparation. Lay a solid foundation for future higher‑level competitions.

Grade Level	Preparation Focus	Target Score / Award	Recommended Pathway
Grades 3–4	Build interest in mathematics; engage in fun math games and basic problem‑solving activities; consolidate elementary school math fundamentals.	Beginner's level; aim to get acquainted with competition format	Use the AMC8 as an introduction to international math competitions; focus on building a foundation rather than chasing high scores.
Grades 7–8	Strengthen problem‑solving skills and speed; conduct mock exams and error analysis; target weak areas for intensive training.	Honor Roll (top 5%) or Distinguished Honor Roll (top 1%)	Aim for high scores to add value to secondary school applications and prepare for the transition to AMC10/12.

I. 2026 AMC8 Key Dates and Exam Format

2026 AMC8 Key Dates

Item	Date
Registration Deadline	January 13, 2026
Official Exam Date	January 23, 2026, 17:00–17:40 (Beijing Time)
Score Release	2–4 weeks after the exam
Certificate Download	6–8 weeks after the exam

The AMC8 2026 exam format remained consistent: 25 multiple-choice questions, a 40-minute duration, a total score of 25 points (1 point per correct answer, no deduction for incorrect answers). The exam was bilingual (Chinese-English).[reference:0][reference:1]

II. Eligibility and Registration

Eligibility: Students in grade 8 or below, not exceeding 14.5 years old on the day of the exam. Individual registration was not accepted; students registered through their school (if it was a partner test center) or through an authorized agency.[reference:2][reference:3]

III. Syllabus and Core Topics

The 2026 AMC8 syllabus saw significant changes, with a greater emphasis on interdisciplinary application and advanced logical reasoning. The table below outlines the four core modules and their key topics.[reference:4][reference:5]

2026 AMC8 Syllabus Modules and Key Topics

Module	Percentage	Key Topics
Algebra & Probability	35%–45%	Quadratic function modeling (e.g., carbon emission optimization), probability integrated with real-world business scenarios, linear equations, ratio and percentage problems, sequences.
Geometry	20%–30%	Dynamic analysis of 3D nets, Pythagorean theorem applications in building structures, properties of triangles, quadrilaterals, and circles, area calculations of irregular shapes.
Number Theory	15%–20%	Prime factorization (including large numbers), divisibility rules, greatest common divisor (GCD), least common multiple (LCM) using short division, parity analysis.
Combinatorics	15%–20%	Counting principles, permutations and combinations, probability calculations, logical reasoning, sum of geometric sequences.

IV. Awards and Score Cutoffs

AMC8 awards are based on global percentiles. The following are the typical score cutoffs for the 2026 season (based on historical data).[reference:6][reference:7]

Award	Qualification Criteria	Typical Score Cutoff
Perfect Score Award	Perfect score of 25	25 points
Distinguished Honor Roll (DHR)	Top 1% globally	21–23 points
Honor Roll (HR)	Top 5% globally	17–19 points
Achievement Roll (AR)	Grade 6 or below and score ≥ 15	15 points or above

V. High-Score Strategies and Time Management

Effective time management is crucial for success in the AMC8. The table below provides a recommended time allocation strategy.[reference:8][reference:9]

Question Range	Difficulty Level	Recommended Time Allocation	Strategy
Questions 1–10	Basic	8–10 minutes	Quickly and accurately complete these foundation questions.
Questions 11–20	Intermediate	15–20 minutes	Tackle these steadily. Use techniques like substitution and elimination.
Questions 21–25	Difficult	10–12 minutes .=Prioritize problems you have an idea about. If stuck for more than 3 minutes, mark and return later.

WeChat

VI. Pre-Exam Preparation and Materials

Proper preparation is key to performing well. This includes both material preparation and a structured study plan.

Allowed and Prohibited Items

Category	Allowed Items	Prohibited Items
Electronic Devices	Computer with camera (for online exam), mobile phone/tablet for proctoring	Calculator, smartwatch, phone (except proctoring device), compass, protractor
Stationery	Black or blue pens, pencils, eraser, ruler	Colored pens, graph paper
Other	Blank scratch paper, valid ID, admission ticket	Any books, notes, or other materials

A well-structured preparation plan is essential. The table below outlines a typical preparation timeline.[reference:10][reference:11]

Recommended Preparation Timeline

Phase	Timeline	Core Tasks
Foundation Building	2–3 months before the exam	Systematically review all topics, especially number theory and combinatorics. Build a solid foundation in algebra and geometry.
Intensive Practice	1–2 months before the exam	Practice with past papers (2000–2025). Focus on high-frequency topics and problem-solving techniques. Maintain an error log.
Final Sprint	2–3 weeks before the exam .=Conduct full-length timed mock exams (40 minutes). Optimize time allocation and review common mistakes.

VII. Post-Exam Procedures and Score Inquiry

After the exam, candidates can check their scores and download certificates through the following channels: ASDAN mini-program on WeChat or the official ASDAN website.[reference:12][reference:13]

Exam Date: January 23, 2026, 17:00–17:40 (Beijing Time)

Registration Deadline: January 13, 2026 (China region)

Eligibility: Students in grade 8 or below, and not exceeding 14.5 years of age on the day of the exam.

Exam Format: 25 multiple-choice questions. Total score: 25 points (1 point for each correct answer, no deduction for incorrect answers).

Exam Language: Bilingual (Chinese-English) test papers.

II. Detailed Registration Process

The AMC8 does not accept direct individual registration. Applications must be submitted through one of the following three channels:

School Group Registration: Applicable to students from official partner test centers (typically international schools or key secondary schools). Registration is organized centrally by the school.

ASDAN Platform Registration: Search for the "ASDAN International STEM Assessment" mini-program on WeChat → Register an account → Search for "AMC8" → Fill in the required information → Upload ID card or passport → Pay the registration fee of 120 RMB.

Institutional Proxy Registration: Suitable for students from non-partner schools. Students must submit materials (including ID number, grade certificate, etc.) through officially authorized agencies.

Registration Notes:

Each mobile phone number can only be used to register one student.

A recent (within 6 months) 1-inch bareheaded ID photo on a white background must be uploaded.

Once the registration deadline has passed, no refunds will be issued.

III. 2026 Syllabus Changes and Key Points Analysis

The 2026 AMC8 syllabus has undergone significant adjustments, with changes in the proportion and difficulty of each module:

2026 AMC8 Syllabus Changes and Key Points

Knowledge Module	Percentage	Core Changes and Key Points
Algebra & Probability	40%–45%	Enhanced quadratic function modeling (e.g., carbon emission optimization), integration of probability and statistics with real-world scenarios (e.g., supermarket promotion models), ratio and fraction calculations, equations, and word problems.
Geometry	25%–30%	New: Dynamic analysis of 3D nets, problems combining the Pythagorean theorem with building structural stability, emphasis on calculating irregular shapes.
Number Theory & Combinatorics	20%–25%	Increased difficulty in prime factorization, use of short division to quickly find LCM and GCD, new addition of geometric sequence summation, more constraints in permutation and combination problems.

New Scoring Standards:

The weight of process points has increased to 30%. Students are required to label key theorem numbers (e.g., "Pythagorean Theorem TH 1.2.3"), and missing steps will result in a 30% point deduction.

Calculation results must be rounded to three significant digits. Unit errors (e.g., writing kilometers as meters) may result in a zero for the entire problem.

IV. Difficulty Gradient Distribution

The difficulty of AMC8 questions shows a clear gradient. Reasonable time allocation is crucial:

AMC8 Difficulty Gradient Distribution

Question Range	Difficulty Level	Characteristics	Recommended Time Allocation
Questions 1–10	Basic	Covers grades 3-4 school knowledge; requires quick and accurate completion.	8–10 minutes
Questions 11–15	Intermediate	Involves extended knowledge from grades 6-8, such as sequences, permutations, and combinations.	5–7 minutes
Questions 16–20	High Difficulty .=Advanced school-level content, reaching the level of basic Olympiad math; this is the key differentiator.	8–10 minutes
Questions 21–25	Very High Difficulty .=Determines the top 1% ranking, reaching the level of advanced Olympiad math; typically involves the integration of multiple knowledge points.	7–10 minutes

Reference Score Cutoffs for Awards (based on past years):

Perfect Score Award: 25 points

Distinguished Honor Roll (Top 1%): 21–23 points

Honor Roll (Top 5%): 17–19 points

Achievement Roll (Grade 6 or below): 15 points or above

V. High-Score Sprint Preparation Strategies

Phase 1: Foundation Consolidation (2–3 months before the exam)

Systematically review the basic concepts of the four major modules: Algebra, Geometry, Number Theory, and Combinatorics.

Daily 15–20 minute timed calculation exercises to master mental math techniques.

Practice with questions 1–15 from past papers to become familiar with question types.

Phase 2: Skill Enhancement (1 month before the exam)

Practice by module, focusing on high-frequency topics and weak areas.

Train on questions 11–20, trying multiple methods for each problem.

Maintain a mistake notebook, note the causes of errors, and review regularly.

Phase 3: Sprint Stage (2–3 weeks before the exam)

Conduct 2–3 full-length mock exams per week, strictly timed to 40 minutes.

Time allocation target: 8 minutes for questions 1–10 (aim for 100% correct), 15 minutes for questions 11–20, 12 minutes for questions 21–25.

I. 2026 AMC8 Key Dates

As one of the most influential middle school math competitions in the world, the AMC8 attracts over 300,000 students annually. The 2026 season introduces significant adjustments to the syllabus, question types, and scoring standards, placing higher demands on test-takers.

2026 AMC8 Key Dates

Item	Date	Important Reminders
Registration Deadline	January 13, 2026 (Friday)	Proxy registration typically closes earlier; it is recommended to complete it today.
Admission Ticket Inquiry	January 16 - January 23, 2026	Log in to the system in advance to query and print.
Official Exam Date	January 23, 2026 (Friday), 17:00-17:40	Entry is not permitted 15 minutes after the exam starts.
Score Release	2-4 weeks after the exam	Check through the registration channel.
Electronic Certificate Download	6-8 weeks after the exam	Award-winning students can download electronic certificates.

For students planning to participate, today is undoubtedly the last golden opportunity to register. Particularly for those registering through agencies, due to the time required for information verification and submission, the deadline often falls earlier than the official final date.

II. Detailed Registration Methods

Since 2021, the China region has eliminated the direct individual registration channel. Test-takers must complete registration through the following methods:

School Group Registration: Suitable for students whose schools are official AMC partner test centers (typically international schools or key middle schools). Registration is organized by the school's academic affairs office.

ASDAN Mini-Program Self-Registration: Search for "ASDAN International STEM Assessment" on WeChat, register, select "AMC8", fill in the information and pay. This method is only available to students from partner schools.

Authorized Agency Proxy Registration: Students from non-partner schools must submit registration materials (including ID number, grade certificate, etc.) through officially authorized agencies. *Offline test centers: Limited seats available on a first-come, first-served basis.

III. 2026 AMC8 Exam Rules and Syllabus Changes

1. Basic Exam Information

Eligibility: 8th grade (second year of junior high) and below, and not exceeding 14.5 years old on the day of the exam.

Exam Duration: 40 minutes

Number of Questions: 25 multiple-choice questions

Scoring: 1 point for each correct answer, no deduction for incorrect answers. Maximum score: 25 points.

Exam Format: Offline written exam, using bilingual (Chinese-English) test papers.

2. 2026 Major Syllabus Changes

The 2026 AMC8 features significant changes in both content and format, placing greater emphasis on interdisciplinary application and higher-order logical reasoning skills.

2026 AMC8 Syllabus Changes and Preparation Focus

Module	Proportion	Main Changes & New Topics	Preparation Advice
Algebra & Probability	40%-45%	New addition: Quadratic function modeling for practical applications (e.g., carbon emission optimization); probability questions combined with real-world business scenarios.	Master the method of building mathematical models to solve practical problems.
Geometry	25%-30%	Introduction of dynamic analysis of 3D nets; problems combining the Pythagorean theorem with building structural stability.	Strengthen spatial visualization skills, focus on the integration of geometry with practical applications.
Number Theory & Combinatorics	20%-25%	Increased difficulty in prime factorization; new addition of innovative test points such as geometric sequence summation.	Master short division to quickly solve LCM and GCD, strengthen number theory skills.

The scoring standards have also become more stringent. Process points now account for 30% of the score, requiring students to cite theorem justifications. Calculation results must be rounded to three significant digits, and unit errors may result in a zero for the entire problem.

IV. Efficient Preparation Strategies and High-Scoring Tips

In response to the new changes in the 2026 AMC8, test-takers need to develop scientific preparation strategies.

1. Goal Setting

Based on historical score cutoffs, set reasonable goals:

Aiming for Top 1% (≥23 points): Ensure 100% correct on questions 1-15, >90% accuracy on questions 16-20, and solve at least 3 out of questions 21-25.

Aiming for Top 5% (≥19 points): Zero errors on questions 1-10, 80% accuracy on questions 11-15, and solve half of questions 16-20.

Achievement Roll (Grade 6 ≥15 points): Focus on getting 100% correct on questions 1-10 and complete 60% of questions 11-15.

2. Golden Time Allocation Rule

Questions 1-10: 10 minutes. Use special value substitution for ratio problems.

Questions 11-20: 20 minutes. Use classification and graphical aids.

Questions 21-25: Reserve 10 minutes. Prioritize problems that are more approachable.

3. Practical Problem-Solving Techniques

Special Value Substitution Method: For problems involving unknown relationships, substitute simple numerical values to transform abstract relationships.

Elimination Method: Use conditions such as parity and range of values to eliminate incorrect options.

Geometric Assembly Method: Decompose complex shapes into regular shapes and reorganize to find proportional relationships.

Strategic Guessing: If completely unsure, guess randomly; if one incorrect option can be eliminated, the accuracy rate rises to 33%.

V. Full Exam Day Guide

1. Pre-Exam Preparation

Equipment and Environment: Choose an independent, quiet space and ensure a stable network connection.

Desktop Requirements: Only blank scratch paper, a ruler, and an eraser are permitted; the use of calculators and other electronic devices is strictly prohibited.

Advance Practice: Complete the mock exam between January 18 and 23 to test equipment and network stability.

2. Key Exam Day Milestones

30 minutes before the exam: Log in to the exam system and complete identity verification.

10 minutes before the exam: Adjust the camera to ensure the image is clear and covers the upper body and hands.

During the exam: Do not speak or leave the exam page; the system will randomly take photos for information comparison.

When submitting: Check that the question numbers in the answer area have turned blue, indicating that the answers have been saved.

Item	Date
Registration Deadline	January 13, 2026[reference:1][reference:2]
Admission Ticket Inquiry	January 16–23, 2026[reference:3]
Official Exam Date	January 23, 2026, 17:00–17:40 (Beijing Time)[reference:4][reference:5]
Score Release	2–4 weeks after the exam[reference:6]
Electronic Certificate Download	6–8 weeks after the exam[reference:7]

II. Exam Format & Eligibility

Target Participants: Students in grade 8 or below, not exceeding 14.5 years old on the day of the exam[reference:8]. The competition is open to students globally, with the China region including Hong Kong, Macau, and Taiwan[reference:9].

Exam Structure: 25 multiple-choice questions, 40 minutes, total score 25 points (1 point for each correct answer, no deduction for incorrect or unanswered questions)[reference:10][reference:11]. The test is bilingual (Chinese-English)[reference:12].

Test Format: For 2026, the China region will offer both online and in-person test centers[reference:13][reference:14].

III. Registration Methods & Process

As of 2021, the China region no longer accepts individual registrations. Students must register through one of the following channels[reference:15]:

Registration Channel	Eligibility	Key Steps & Notes
School Group Registration	Students whose school is an official AMC8 or ASDAN partner test center[reference:16]	Submit information to the school's academic affairs office or competition teacher. The school handles the registration centrally[reference:17].
ASDAN Mini-Program Self-Registration	Students whose school is a partner test center[reference:18][reference:19]	① Search for "阿思丹国际理科测评" (ASDAN International STEM Assessment) on WeChat ② Register an account and complete mobile verification ③ Search for "美国数学测评(AMC8)" (American Mathematics Assessment AMC8) ④ Fill in student and family information ⑤ Upload a recent 1-inch ID photo ⑥ Pay the registration fee of 120 RMB[reference:20][reference:21]
Authorized Agency Registration	Students whose school is not a partner test center[reference:22][reference:23]	Submit materials (ID card or passport scan, grade certificate, photo) to an officially authorized agency. Deadlines are typically 1–2 weeks earlier than the official cutoff[reference:24]. Students should contact the agency in advance.

IV. 2026 Syllabus Changes

The 2026 AMC8 syllabus has been significantly upgraded, with a greater emphasis on interdisciplinary application and advanced logical reasoning[reference:26]. The four modules and their estimated percentages are as follows:

Module	Proportion	Newly Added Topics & Changes
Algebra & Probability	40%–45%[reference:27]	Newly added: Quadratic function modeling for real-world problems (e.g., carbon emission optimization); probability problems integrated with business scenarios[reference:28].
Geometry	25%–30%[reference:29]	Newly added: Dynamic analysis of 3D nets; integration of the Pythagorean theorem with building structure stability; increased complexity in calculating irregular shapes[reference:30].
Number Theory & Combinatorics	20%–25%[reference:31]	Newly added: Increased difficulty in prime factorization (quickly factoring four-digit numbers); application of geometric sequence summation formulas; combinatorial counting with multiple constraints[reference:32].

Scoring is more rigorous: Process points account for 30% of the score, requiring theorem citations (e.g., "Pythagorean Theorem TH 1.2.3"). Calculation results must be rounded to three significant figures; unit conversion errors may result in a zero for the entire problem[reference:33].

V. Awards & Reference Score Cutoffs

AMC8 features a multi-level awards system to recognize students at different levels[reference:34]:

Award	Qualification Criteria	2025 Reference Score
Perfect Score Award	Perfect score of 25	25 points[reference:35]
Distinguished Honor Roll (DHR)	Top 1% globally	23 points[reference:36]
Honor Roll (HR)	Top 5% globally	19 points[reference:37]
Achievement Roll (AR)	Grade 6 or below and score ≥ 15	15 points[reference:38]

VI. Preparation Strategies & Timeline

1. Phased Preparation Plan

Stage	Timeline	Core Tasks
Foundation Consolidation	1–2 months before the exam	Systematically review the four modules, build a complete knowledge framework. Practice arithmetic daily (15–20 minutes) to strengthen calculation accuracy. Focus on past questions 1–15[reference:40][reference:41].
Skill Enhancement	1 month before the exam	Target weak areas; focus on high-frequency topics such as similar triangles, remainder problems, permutations and combinations. Practice one problem with multiple methods for questions 11–20. Maintain an error log categorized by "conceptual gap/reading error/calculation error"[reference:42][reference:43].
Final Sprint	2–3 weeks before the exam	Conduct 2–3 full-length mock exams per week, strictly simulating the real test environment. Master the golden rule of time allocation: 8 minutes for questions 1–10, 15 minutes for 11–20, 12 minutes for 21–25, and 5 minutes for review[reference:44][reference:45].

2. Recommended Time Allocation During the Exam

Question Range	Difficulty Level	Recommended Time	Strategy
1–10	Basic	≤ 8 minutes	High accuracy; avoid careless mistakes[reference:46]
11–20	Intermediate	15 minutes	Use substitution with special values and elimination method[reference:47]
21–25	Difficult	≥ 12 minutes	Prioritize combinatorics or geometry transformation problems; if stuck, guess rather than leave blank[reference:48]

3. Common Mistakes to Avoid

Misreading the problem: Confusing "growth rate" with "growth amount," or ignoring key qualifiers. Circle keywords while reading[reference:49].

Calculation errors: Skipping steps leading to sign errors or forgetting coefficients. Write intermediate steps separately[reference:50].

Fixed thinking patterns: Overlooking multiple possible configurations in geometry. Test with special values or dynamic visualization[reference:51].

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details

I. Pre-Exam Preparation Guide

Preparing exam equipment and environment is the foundation for a smooth exam experience. Candidates need to prepare a computer with a camera (Windows or Mac system) and a mobile phone or iPad as a proctoring device. The proctoring device should be fixed 0.5-1 meter behind and to the side of the computer, at a height of 1.2-1.5 meters, ensuring the camera captures the candidate's upper body, hands, and the screen. The exam should be taken in an independent, quiet room, with only necessary stationery such as blank scratch paper, pencils, erasers, and a ruler on the desk. The use of calculators is strictly prohibited.

AMC8 Exam Essential Items Checklist

Item Category	Essential Items	Prohibited Items
Electronic Devices	Computer with camera, mobile phone/iPad (for proctoring)	Calculator, smartwatch, mobile phone (except proctoring device)
Stationery	Black or blue pen, pencils, eraser, ruler	Protractor, graph paper, compass
Documents & Materials	Valid ID, blank scratch paper	Any books, notes, materials

For software configuration, the exam computer must have the latest version of Google Chrome installed (Safari is prohibited for Mac users). The proctoring mobile phone must have the Tencent Meeting APP installed (VooV for non-China mobile numbers). Before the exam, be sure to close all web pages and software unrelated to the exam, especially those with screen mirroring or live streaming functions, to avoid being flagged for cheating.

The mock exam is an essential pre-exam step. Candidates can complete the mock exam between January 18 and 23 to test device and network stability. January 22, 18:00-19:30, is the official device debugging time, when candidates can join Tencent Meeting to adjust the proctoring device position.

II. Full Exam Day Process

Regarding the exam schedule, the official 2026 AMC8 exam time is January 23, 17:00-17:40 (Beijing time). Candidates need to join Tencent Meeting 1 hour early (16:00) to adjust proctoring devices; log in to the online exam system 30 minutes before the exam (16:30); the exam will start promptly at 17:00.

AMC8 Exam Day Schedule

Time	Event	Notes
16:00	Join Tencent Meeting, device debugging	Change meeting name to "Admission Ticket Number + Name"
16:30	Log in to exam system, enter countdown page	Ensure camera and microphone are working properly
16:45	Identity verification, listen to exam rules	Follow the proctor's instructions
17:00-17:40	Official exam, 40 minutes duration	No login allowed 15 minutes after exam starts

Before the exam begins, candidates need to complete identity verification and listen to the proctor read the exam rules. At least 10 minutes before the exam, adjust the camera to ensure a clear image and that you remain within the camera frame; be careful to avoid backlighting.

During the exam, the following regulations must be strictly followed: do not speak; do not leave the exam page or switch to other software; the camera frame must show the candidate's hands and upper body; the system will take random snapshots for information comparison. In case of unexpected events such as network disconnection or power outage, you can re-enter the exam room after recovery, and the system will automatically save the questions you have answered.

The AMC8 competition consists of 25 multiple-choice questions, with 1 point awarded for each correct answer and no points for incorrect or unanswered questions. Reasonable time allocation is crucial. The following time allocation strategy is for reference: the first 15 questions are relatively simple and can be answered faster; the next 5 questions are moderately difficult and require steady answering; the last 5 questions are mostly challenging, and you can start with the ones you have an idea about.

III. High-Scoring Answering Techniques

Mastering efficient answering techniques can help improve scores. Here are some practical strategies:

Specific Value Substitution Method: When encountering problems involving unknown relationships, substitute simple numerical values to transform abstract relationships into concrete calculations, quickly arriving at the answer.

Elimination Method: Use conditions such as parity and range to eliminate conflicting options, narrow down the selection, and increase accuracy.

Geometric Assembly Method: Decompose complex shapes into regular shapes, find proportional relationships through reassembly, and solve for area or length.

During the exam, prioritize easy questions before difficult ones to ensure a high accuracy rate for the first 15 questions, as these are relatively simple and should not be lost. For challenging questions that you are temporarily unsure about, mark them and come back to them after completing all questions.

IV. Post-Exam Notes

After the exam ends, the system will automatically submit the answers. If the submission page lags, wait quietly for 10 seconds. Before submission, check whether the question numbers in the answer area have turned blue, indicating that the system has automatically saved the answers.

Exam results will be announced 6-8 weeks after the exam. Candidates can log in to the "ASDAN International Academic Challenges" WeChat mini-program, click on "My Registrations" - corresponding project - "Score Inquiry" to view results.

According to the requirements of the Mathematical Association of America (MAA), no one is allowed to disseminate or discuss exam content and answers online, on social platforms, or in chat software before 21:00 Beijing time on January 29, 2026.

Sprint Preparation Suggestions: In the final days, it is recommended to maintain 2-3 hours of review time each day, focusing on reviewing mistakes from past exam papers, especially high-frequency topics such as number theory and combinatorics. Get adequate sleep the day before the exam to face the exam in the best condition.

Scan the code to enter the AMC8 exclusive learning community, where a wealth of preparation materials and trial courses await you!

Students preparing for the competition can download the 2000-2025 AMC8 bilingual past papers + answer analysis + formula collection + vocabulary list + preparation books + lecture notes for free.

This information is just the "key." After adding me, you can:

Ask me any specific question you are most concerned about, and I will give you targeted advice.

Tell me your specific situation (such as your goal), and I can highlight the key points for you.

Enter an exclusive study group, and I will push a centralized Q&A live broadcast to you.

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details

2026 AMC8 Past Papers are now available for pre-order! 2026 AMC8 past papers + answer analysis + video analysis will be sent within 24 hours after the exam. Scan the code to get them for free ⇓

I. Countdown to the Competition: Key Dates and Basic Arrangements

The 2026 AMC8 competition will be held on Friday, January 23, 2026, from 17:00 to 17:40, with a duration of 40 minutes. Registration closed on January 13, and results are expected to be announced in late February, with certificates being issued from March onwards.

AMC8 is a math competition open to students in grade 8 or below, requiring participants to be no older than 14.5 years old on the day of the competition. The exam uses bilingual Chinese-English test papers, with questions presented as English text accompanied by Chinese translations, ensuring that language does not become an obstacle to problem-solving.

2026 AMC8 Basic Exam Information Overview

Item	Specific Information
Exam Date	Friday, January 23, 2026
Exam Time	17:00 - 17:40 (40 minutes total)
Exam Format	Individual participation, parallel online and in-person options
Question Type	25 multiple-choice questions
Scoring Rules	1 point for each correct answer, no penalty for incorrect answers, total score of 25 points
Eligibility	Grade 8 or below, and age not exceeding 14.5 years old

II. Exam Format and Rules

The 2026 AMC8 will adopt a parallel model of "online exam" and "in-person test center". Students who choose the online exam need to make technical preparations in advance:

Equipment Requirements: Prepare a computer with Windows (Win7 or above recommended) or MacOS (10.15.7 or above) system, equipped with a camera. Additionally, a mobile phone is required as a proctoring device, fixed 0.5-1 meter behind and to the side of the computer, at a height of 1.2-1.5 meters, ensuring coverage of the candidate's upper body, hands, and the screen.

Software Configuration: Install the latest version of Google Chrome on the computer, and install Tencent Meeting on the mobile phone with audio and video enabled.

Exam Environment: Choose an independent, quiet space. Only basic tools such as blank scratch paper, a ruler, and an eraser are allowed on the desk. The use of calculators, smartwatches, protractors, and other tools is strictly prohibited.

The simulation system for the online exam will be open from January 18 to 23. It is recommended that candidates complete the simulation exam in advance to test equipment and network stability.

III. In-depth Analysis of the 2026 Exam Syllabus

The 2026 AMC8 syllabus has undergone significant adjustments, placing greater emphasis on interdisciplinary application and advanced logical reasoning skills.

2026 AMC8 Syllabus Module Distribution and Changes

Knowledge Module	Percentage	New Additions and Adjustments
Algebra & Probability	40%-45%	Strengthened integration of probability and statistics with real-world scenarios (e.g., supermarket promotion models); quadratic function modeling (e.g., carbon emission optimization).
Geometry	25%-30%	New: dynamic analysis of 3D nets; integration of the Pythagorean theorem with building structure stability problems; enhanced calculation of irregular shapes.
Number Theory & Combinatorics	20%-25%	Increased difficulty in prime factorization and integer properties; mastery of short division for quick LCM and GCD calculation; new: sum of geometric sequences and other innovative test points.

In terms of knowledge distribution, the AMC8 covers all elementary school math knowledge points and some middle school math knowledge points for grades 7-8, including but not limited to integers, fractions, decimals, percentages, ratios, number theory, geometry, probability, and statistics.

IV. Comprehensive Pre-exam Preparation Guide

The final days before the exam are crucial for preparation. Proper arrangements can help candidates perform at their best. Students choosing the online exam need to log into the online system at least 30 minutes before the exam, as there will be identity verification and reading of exam rules before the formal exam. No entry will be allowed 15 minutes after the exam starts.

Pre-exam Item Preparation:

Identification documents (Admission Ticket / ID Card)

Blank scratch paper (it is recommended to prepare several sheets)

Pencils, eraser, ruler, and other basic stationery

Drinking water (avoid excessive consumption)

In the final sprint phase, students with different foundations should have different strategies:

Zero-basis or weak foundation students: Focus on reviewing high-frequency test points, such as basic arithmetic and number theory, simple geometry applications, ensuring a high correct rate for the first 15 questions.

Students with some foundation: Conduct targeted breakthroughs on weak modules, focusing on training difficult content such as number theory and combinatorics.

Seasoned competitors: In-depth study of the final challenging problems, mastering advanced techniques such as congruence theory and counting principles, training the ability to solve problems in multiple ways.

Adjusting your daily routine the day before the exam is also important. Ensure adequate sleep and avoid excessive fatigue. On the exam day, eat a light diet and avoid greasy foods.

V. High-Score Tips and Answering Strategies

Time management is key to a high score in AMC8. Completing 25 questions in 40 minutes averages only about 1.6 minutes per question, so allocation must be reasonable.

Golden Time Allocation Principle:

Questions 1-15 (Basic questions): Complete within 15-20 minutes. These questions usually test basic concepts directly and must have a high correct rate.

Questions 16-22 (Intermediate questions): Approach steadily; they may require multiple steps to solve. If you cannot solve a question within 2 minutes, mark it and skip it.

Questions 23-25 (Difficult questions): Reserve sufficient time, but do not stubbornly grind on them. If you have absolutely no idea, make a decisive guess.

Efficient Problem-Solving Techniques:

Specific Value Substitution Method: When encountering abstract relationship problems, substitute simple numerical values to concretize the abstract relationships.

Elimination Method: Use conditions such as parity and value range to eliminate obviously incorrect options.

Geometric Assembly Method: Decompose complex shapes into regular shapes and find proportional relationships through reorganization.

Guessing Strategy:

Since there is no penalty for incorrect answers in AMC8, no question should be left blank. Even if you have absolutely no idea, you must choose an answer randomly. If you can eliminate 1 incorrect option, the correct rate increases from 20% to 25%; eliminating 2 options can raise it to as high as 33%.

In the sprint phase, focus on returning to past papers. Intensively study the questions from the last five years and compile a personal "list of common mistakes." Maintain a calm mindset on exam day, and don't panic when encountering difficult questions. Remember that the AMC8 questions are designed to be challenging, and all candidates worldwide face the same test.

Scan the code to enter the AMC8 exclusive learning community, where a wealth of preparation materials and trial courses await you!

Students preparing for the competition can download the 2000-2025 AMC8 bilingual past papers + answer analysis + formula collection + vocabulary list + preparation books + lecture notes for free.

This information is just the "key." After adding me, you can:

Ask me any specific question you are most concerned about, and I will give you targeted advice.

Tell me your specific situation (such as your goal), and I can highlight the key points for you.

Enter an exclusive study group, and I will push a centralized Q&A live broadcast to you.

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details

2027 Exam Format and Rules

The AMC8 is open to students in 8th grade or below, who must be no older than 14.5 years on the day of the exam. The exam lasts 40 minutes and consists of 25 multiple-choice questions. Scoring: 1 point for each correct answer, no deduction for incorrect or unanswered questions. The total score is 25 points. The exam is provided in a bilingual (Chinese-English) format.

Key Dates for 2027

Event	Date
Registration Deadline (Estimated)	January 2027 (specific date to be confirmed)
Exam Date (Estimated)	Late January 2027

Core Modules and High-Frequency Topics

The AMC8 syllabus is strictly limited to mathematics up to the 8th-grade level and is divided into four main modules:

Knowledge Module	Estimated Percentage	Core Topics
Basic Algebra	35% - 45%	Operations with fractions, decimals, percentages; ratio and proportion; linear equations; sequences.
Basic Geometry	20% - 30%	Properties and areas of triangles, quadrilaterals, and circles; Pythagorean theorem; nets of 3D solids.
Basic Number Theory	15% - 20%	Prime numbers, divisibility, greatest common divisor (GCD), least common multiple (LCM).
Basic Combinatorics & Probability	15% - 20%	Counting principles, permutations and combinations, classical probability, logical reasoning.

Effective Preparation Strategies

Foundation Stage (approx. 2-3 months): Systematically learn all core concepts, especially in number theory and combinatorics, which are less emphasized in school.

Intensive Stage (approx. 2-3 months): Focus on topic-specific training, learn classic problem-solving techniques, and practice with past papers.

Sprint Stage (approx. 1-2 months): Conduct full-length timed mock exams, strictly adhering to the 40-minute time limit. Review mistakes and optimize time allocation.

By following a structured preparation plan and understanding the exam's unique characteristics, students can maximize their potential and achieve outstanding results in the AMC8.

AMC8 Preparation Courses

Our instructors are graduates from top global universities. With precise curriculum planning and comprehensive learning tracking, we ensure your score improvement and award-winning success!

Class Type	Hours	Class Size	Start Date
Winter Break Class	30H	3–8 students	Consult teacher for details
Systematic Course	20H	1v1 / 3–8 students	Consult teacher for details
Problem-Solving Class	20H	1v1 / 3–8 students	Consult teacher for details