This group is for Calculus students to learn math together!

This short series will help you learn the math required for calculus-based physics. Whether you are taking physics for the coming academic year or trying to self-study, this series will help you help you be build a strong mathematical foundation. We'll start from very basic things like units and uncertainty. Then, we will go on talking about vectors, calculus, and their applications in physics (including kinematics and dynamics). I won't go too deep on the techniques for calculus. Basic understanding of trigonometry and Algebra 2 topics is expected.

Before each session, learners will be assigned 5~10 problems (calculus 1 level) on a specific topic (in a typical sequence unless there is a topic in demand). During the session, we'll check the answers, and go over what learners got wrong. I'll try to give much more than just explanations, for example, by adding twists so that learners think more critically for harder problems they'll encounter later. Even if you don't think you have enough calculus knowledge to solve problems, that's completely fine. Learning along the way through practice problems is very effective for calculus. *Sessions will be added as the series progress. * The first assignment will be given 5 days before the first session. Qualifications: I scored a 5 on AP Calculus AB exam and have taught some students before.

This series will be an overview of classical mechanics — the first course everybody takes in physics. A solid understanding in classical mechanics is an absolute must to study anything from engineering to quantum mechanics and theory of relativity. We will mostly be talking about university freshmen level classical mechanics. Although this series will have calculus involved, I will try to teach the course so that a person only with algebra knowledge and no prior experience with physics will be able to follow along. Most sessions will include a lot of discussions. This does not mean we won't solve any physics problems, as they are necessary to reinforce concepts. However, we will not focus on problem solving techniques. Classical mechanics might sound boring compared to something like quantum entanglement or "the theory of everything." But since it mostly describes what we are able to see with our naked eye, I guarantee you'll find it very relevant and satisfying after learning.

Even if you are not planning to take the AP Psychology exam or course for the next school year, in my opinion, everybody should have a basic understanding of psychology as it is the basis of human behavior and thinking. Even the basic concepts of psychology can be applied in every aspect of our lives. You can scientifically approach studying, productivity, goals, health, sports, relationships, and much more! The sessions will mostly consist of lecture and discussion. The series ended early because of personal schedule changes. I sincerely apologize to all the learners.