[1] Force and Translational Dynamics: This AP Physics lecture will talk about force and Newton's laws of motion. This will begin with the definition and types of force, followed by a video example from ice hockey to explain Newton’s 1st law. Then, I’ll talk about inertia, mass, Newton’s 2nd and 3rd laws, and go over some related questions.
Research Lectures
Science Research Online Lectures
|
Research Lecture 1 - Choosing a Research Topic Dr. Melissa Pecundo |
Research Lecture 2 - Problem and Hypothesis Dr. Shen Lei |
Research Lecture 3 - Hypothesis Testing Mr. Noel Sablay |
|
Research Lecture 4 - Avoiding Plagiarism Ms. Genesse Aguilar |
Research Lecture 5 - Experimental Designs Dr. Mia Jiang |
Research Lecture 6 - Test of significance and correlation Ms. Janet Gargantiel |
|
Research Lecture 7 - Presentation of Data Ms. Dinna Carangue |
Research Lecture 8 - Using AI Mr. Jason Hum |
Research Lecture 9 - Communicating Results Mr. Joey McCaslin |
|
Research Lecture 10 - Writing Styles Mr. Jordan West-Pratt |
VMA Science Research Handbooks 1 and 2 |
|
Scientist's Lectures
|
Lecture 1: Nano-Enabled Strategies for Sustainable Crop Enhancement and Environmental Protection Noman Shakoor, Ph.D., Postdoctoral Research Fellow, Shenzhen University Date: 20 May 2025 (Tuesday) Time: PP2 Venue: VMA 2F Lobby |
Lecture 2: Sleepless and Stressed: The Silent Impact of Sleep LossDr. Meichan Li 美婵 , State Key Laboratory of Respiratory Disease, National Clinical Research Center for Respiratory Disease & Guangzhou Laboratory Date: 22 May 2025 (Thursday) Time: PP1 Venue: VMA 2F Lobby |
AP Students' Lectures
|
Lecturer-Facilitator: Hailey Zhong 钟慧淇 |
[2] Simple Harmonic Motion: This AP Physics lecture on simple harmonic motion (SHM) will begin with an explanation and examples of how SHM works. A video demonstration and a student-led Q&A will help visualize and deepen understanding, focusing on energy changes during SHM. The session concludes with a hands-on spring activity, where students apply formulas to analyze amplitude and spring force. Lecturer-Facilitator: Flora Wang 王思渃 |
[3]Tesla Coil: This lecture will talk about the inventor of Tesla coil, and also, briefly describe how it will work and the principles relate to it. Then, we will show a quick demonstration, it maybe a video or a real Tesla coil. At last, I will discuss about the real-world applications of Tesla coil. Lecturer-Facilitator: Timmy Chen 陈奕轩 and Charlie Chen 陈嘉恒 |
|
[4] AP Physic 2 Topic: Description Lecturers-Facilitators: Jason Zeng 曾骏炜 , Vanessa Zhao 赵敏萱, and Ken Li 李锦城
|
[5]mRNA Vaccine. This AP Biology lecture will discuss the theory and application of mRNA vaccine, as well as its related area of study (AP Bio Unit 5&7: Heredity and Gene Expression). The lecture will also include an specific example of COVID-19 vaccines and introduce the future blueprint of this technology to give the student audiences a deep impression on biotechnology. At the end of the lecture, activities such as the QNA section or quizzes can be held to increase students' interest. Lecturer-Facilitator: Jade Mei 梅琬悦
|
[6] Electromagnetic Induction: Students will explore the concept of electromagnetic induction—the process of generating electricity through changing magnetic fields. The first 10 minutes cover core principles such as Faraday’s Law and Lenz’s Law, explained through clear examples and real-world applications. In the second half, students will try themselves demonstrating how moving a magnet through a coil of wire can create electric current. Lecturers-Facilitators: Edith Yuan 袁楚涵 and Raymond Shang 尚辰傲
|
Date Published: April 25, 2025, 9:15 PM
