I. 2026 AMC8 Exam Schedule & Key Changes
Basic Exam Information
| Item | Details |
|---|---|
| Exam Date | January 23, 2026 (Friday) |
| Exam Duration | 17:00-17:40 (40 minutes) |
| Registration Deadline | January 13, 2026 |
| Exam Format | Dual-mode: Online + Offline |
| Number of Questions | 25 multiple-choice questions |
| Scoring Criteria | 1 point for each correct answer; no penalty for incorrect answers |
The Geometry module accounts for 25%-30%, with newly added question types including 3D net analysis and architectural structure applications.
Algebra and Probability have the largest proportion (40%-45%), introducing more real-scenario modeling questions such as supermarket promotion models and carbon emission optimization problems.
Number Theory and Combinatorics have increased in difficulty, emphasizing in-depth understanding of prime factorization and integer properties.
II. Last-Stage Crash Preparation Plan
Phased Crash Schedule
| Time Period | Key Tasks | Specific Implementation Methods |
|---|---|---|
| Days 1-2 | Address Knowledge Gaps | Focus on reviewing error logs and practice weak question types targeting specific areas |
| Days 3-4 | Mock Exam Training | Complete 1-2 timed mock exams daily using past papers, strictly limiting to 40 minutes |
| Day 5 | Strengthen Problem-Solving Skills | Conduct specialized training on strategic techniques such as elimination method and substitution with specific values |
| Day 6 | Develop Exam Strategies | Determine time allocation plans and answer sequences based on personal ability |
| Day 7 | Light Review & Mental Preparation | Review error logs, adjust mindset, and avoid excessive practice with new questions |
Target score around 15 (Global Honor Roll): Focus on the first 15 questions to ensure accuracy in basic questions; prioritize reviewing fundamental algebra content such as ratios, fraction calculations, and equation applications.
Target score 16-19 (Global Distinguished Honor Roll): While consolidating the first 15 questions, improve problem-solving abilities for questions 16-20; specifically break through weak modules in Geometry and Combinatorics.
Target score 23+ (Top 1% Globally): Master all knowledge points comprehensively, especially strategies for difficult questions (21-25); strengthen the application of advanced techniques in Number Theory and Combinatorics.
III. Comprehensive Analysis of AMC8 Core Focus Areas & Common Pitfalls
3.1 Algebra Module (40%-45%)
Common Pitfalls:
Unit conversion traps: Check unit consistency for distance and area questions.
Misunderstanding of percentage applications: Confusion between "increasing by 20%" and "increasing to 120% of the original".
Improper variable setting in complex application problems, leading to difficulties in formulating and solving equations.
3.2 Geometry Module (25%-30%)
Common Pitfalls:
Missing or double-counting certain areas when calculating the area of irregular shapes.
Insufficient understanding of similar triangle determination conditions.
Spatial visualization deficiencies leading to conversion errors in newly added 3D net questions.
High-Score Tip: For complex 3D net questions, use the "paper-folding method"—create simple models with scratch paper, mark corresponding vertices, and intuitively understand the relationship between unfolding and folding.
3.3 Number Theory & Combinatorics (20%-25%)
Common Pitfalls:
Overcounting or undercounting in combinatorial counting, especially improper grasp of classification boundary conditions.
Slow prime factorization of large numbers, affecting problem-solving efficiency.
Failure to use the "total set minus complement set" approach for "at least" type permutation and combination questions.
IV. Practical Skills & Time Management Strategies
4.1 Golden Rule of Time Allocation
First 10 questions: Complete within 8 minutes. These questions are relatively simple and should be answered quickly and accurately.
Questions 11-20: Allocate 15 minutes. These questions are of medium difficulty and require steady progress.
Questions 21-25: Reserve 12 minutes. These are challenging questions that determine high scores.
Reserve the last 5 minutes for checking answers and filling in the answer sheet.
4.2 Efficient Problem-Solving Skills
Substitution with Specific Values: When encountering questions involving unknown relationships, substitute simple values to convert abstract relationships into concrete calculations and quickly derive answers.
Elimination Method: Use conditions such as parity and value ranges to eliminate contradictory options, narrow down the selection scope, and improve accuracy.
Geometry Reassembly Method: Decompose complex figures into regular shapes, find proportional relationships through recombination, and solve for area or length.
V. Pre-Exam Preparation & Mental Adjustment
Install the latest version of a browser and ensure the camera works properly.
Prepare a mobile phone as a secondary device, fixed at the rear side for proctoring.
Choose an independent and quiet space with only allowed tools such as blank scratch paper, a ruler, and an eraser on the desk.
Free AMC8 Comprehensive Preparation Materials Package
2000-2025 AMC8 Past Papers (Chinese & English) + Detailed Explanations
Formula Sheets + Vocabulary Lists
Preparation Books + Lecture Notes
Nearly 20 Years of AMC8 Past Paper Video Explanations + Last-Minute Crash Materials
AMC8 Introductory Lecture Notes + Compiled Lecture Notes
Recommended Booklists (Full set of 23 AOPS Black Books + Omegalearn Recommended Books + Preparation Series, etc.)
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