Hi! I’m Tim. I graduated from the Department of Physics at National Taiwan University, and I’ve been teaching international students for over 10 years.
Over the past decade, I’ve worked with students from all over the world to help them prepare for AP, IB, A-Level, SAT, ACT, and various high school math and physics courses. My goal is to make complex ideas easier to understand, and to help students feel more confident, whether they're catching up or aiming for top scores.
I specialize in 1-on-1 teaching because I believe every student learns at a different pace and with distinct needs. Lessons with me are always tailored to your pace and your goals. If you're serious about improving and want structured, clear guidance, I’d love to work with you.
AP Statistics is a high school course designed to teach students the essential skills of collecting, organizing, and analyzing data while using statistical reasoning to answer questions and make informed decisions.
The curriculum is built around four core themes: exploring data, sampling and experimental design, probability and simulation, and statistical inference.
These concepts are not only foundational for academic research and business analysis but also highly relevant in everyday life.
Whether it’s interpreting survey results, evaluating medical studies, or predicting election outcomes, understanding how data is generated and how to effectively use it is critical in today’s data-driven world.
This course equips you with the tools to navigate and thrive in a world increasingly shaped by data.
AP Statistics 是一門專為高中生設計的課程，旨在教授如何蒐集、組織和分析數據，並透過統計推論來回答問題或制定策略。課程涵蓋四大核心主題：資料探索、抽樣與實驗設計、機率與模擬，以及統計推論。這些內容不僅適用於學術研究和商業分析，也能幫助學生理解日常生活中的數據，例如分析調查結果、評估醫療研究，甚至預測大選結果。在這個數據驅動的世界裡，了解數據的產生方式並掌握運用數據的方法，對學生而言至關重要。
This article provides a comprehensive overview of the AP Calculus curriculum, offering detailed analyses of both the AB and BC levels, including the core topics and learning objectives for each course unit. Additionally, it explains the structure and question types of the AP Calculus exam, helping readers understand how to effectively allocate study time and enhance test-taking skills through mock exams and practical exercises. The article also offers a range of preparation strategies, including tips on selecting appropriate study resources, planning study schedules, and using graphing calculators to solve problems. It is an excellent resource for anyone aiming to achieve a high score on the AP Calculus exam.
這篇文章全面揭示了 AP 微積分課程的內容，針對 AB 和 BC 兩個級別提供詳細解析，包含課程單元的核心主題與學習目標。此外，文章還詳細說明了 AP 微積分考試的結構與題型，幫助讀者了解如何有效分配學習時間，並透過模擬考試與實際練習提升應試能力。同時，文章提供了一系列準備策略，包括如何選擇合適的學習資源、規劃學習進度，以及運用圖形計算器解題的方法，適合任何希望在 AP 微積分考試中獲得高分的學生參考。
AP Physics C: Electricity and Magnetism is a highly challenging course designed for students who are passionate about electricity, magnetism, and STEM fields. This course is calculus-based and delves deeply into core topics such as electric charge, electric fields, electric potential, electric circuits, electromagnetic induction, and magnetic fields. It emphasizes the integration of mathematical and physical concepts and their practical applications. This guide provides a detailed overview of the course structure, exam format, and preparation tips, covering the fundamentals of electromagnetism, calculus-supported physics analysis, and experimental skills. It aims to help students succeed in the course and build a solid foundation for future academic and engineering careers.
AP Physics C: Electricity and Magnetism 是一門專為對電學、磁學以及 STEM 領域充滿熱情的學生設計的高挑戰性課程。本課程以微積分為基礎，深入探討電荷、電場、電位、電流電路、電磁感應與磁場等核心主題，並強調數學與物理概念的結合及其實際應用。本文提供課程結構、考試形式以及準備秘訣的詳細指南，涵蓋電磁學基礎、微積分輔助的物理分析與實驗技能等實用建議，幫助學生在這門課程中取得成功，為未來的學術與工程職涯發展奠定堅實基礎。
The College Board has announced significant updates to all four AP Physics courses—AP Physics 1, AP Physics 2, AP Physics C: Mechanics, and AP Physics C: Electricity and Magnetism—effective for the 2024-25 academic year. These revisions aim to better align the courses with college-level expectations and streamline content for both teachers and students. Key changes include:
– AP Physics 1: Expansion to 8 units, incorporating fluids and equations for simple harmonic motion, along with reduced exam questions and new question types.
– AP Physics 2: Enhanced coverage of waves, restructured optics units, and the addition of blackbody radiation and Compton scattering.
– AP Physics C: Updates to the frameworks for Mechanics and Electricity and Magnetism, ensuring clearer definitions and consistency across all courses, with exams now running as full, independent sessions.
The new frameworks emphasize flexibility in assessing science practices, streamlined exam structures, and skill-focused assessments to better support student success.
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