This course covers the following integration techniques from AP Calculus BC: - Basic Integrals - U-Substitution - Integration by Parts - Partial Fractions - Trig Integrals (Briefly) - Improper Integrals I try to keep everything intuitive! But you'll need to know differentiation and algebra before joining this session. We'll be going into the physics applications of some of the above, because I think that's the best way to connect these concepts to the real world. 😀 I'll be asking official AP practice problems thorughout the session, so be prepared to be (maybe randomly??!?!?!!?) called on!

This course will cover the following official integration techniques from AP Calculus BC: - Basic Integrals - U-Substitution - Integration by Parts - Partial Fractions - Trig Integrals (Briefly) - Improper Integrals I try to keep everything intuitive! But you'll need to know differentiation and algebra before joining this session. We'll be going into some physics applications of some of the above, because I think that's the best way to connect these concepts to the real-world. 😀 I'll be asking official AP practice problems throughout the session, so be prepared to be (maybe randomly??!??!?) called on!

Hey guys! In this series, we will do the following: 1. Go over the Physics Olympiad (in the US), the topics covered, and some resources on how to crack the F=MA (prelim.) exam! 2. Go into the material: - Kinematics & Mechanics - Torque & Circular Motion --> Gravity & Orbital Mechanics - Fluids - The Rest of AP Curriculum I'll be asking official F=MA questions throughout the session... so be engaged! What you guys should have beforehand: 1. A strong grasp of Algebra 2. A notebook + pencil 3. Your brain :) *This session might extend into a series, so we should have tons of fun!

Hey guys! We'll be going through every single integration techniqye that you might see on the AP Calculus BC exam, or general life. I'm going to try to test you guys out throughout the session with some suuuuuper hard college-level integrals, so be prepared! Prereqs: Pre-Calculus, A Notebook, & Your Brain :D

Hey guys! This session is mainly based on the 3B1B series and textbook, but I'll be going through how we actually develop Neural Networks from the ground-up. We'll be learning about algorithms and how AI (at the fundamentals) truly works. We'll be going through some practice problems throughout the sessions, so you can expect to contribute through a live-mic. Prereqs: Algebra, A Notebook, + Your Brain :D

In this series, we will be going into pure Electricity & Magnetism. For those of you taking Physics 2, this will go over around 2-3 chapters there. I'll be closely following the Feynman Lectures, so feel free to go through those (they're really, really good). You don't need any prior knowledge for these sessions. I want to give everyone an intuitive understanding of the greatest of the fundamental forces. Some algebra skills would be great though. All you need is your brain and a pen 😀

In this series, we will be going into how to solve and the different applications of differential equations. We'll be going through ~8 different ways to solve differential equations, ending with the Dirac Delta Function and Lagrange Equations. You don't need to know any Calculus for this series, but Pre-Calculus / Advanced Algebra 2 is needed! All you need is your mind and a pencil (to take notes)! Join if you want to learn some things about the universe that you might have not know before😀

Join us for International Observe the Moon Night 2024! 🌔 We’ll dive into fun moon-related activities, including quizzes, drawing contests, and discussions about moon myths and photography. Engage in hands-on activities and fun challenges, share your moon photos, and immerse yourself in a full day of lunar fun! All participants will receive a NASA participation certificate. IOMN is an [annual NASA event](https://moon.nasa.gov/observe-the-moon-night/) where everyone is invited to observe the Moon, learn about it, and celebrate its cultural and personal significance. You can join by hosting or attending an event, or simply observing with family, friends, or on your own! Find an in-person IOMN event near your home [here](https://moon.nasa.gov/observe-the-moon-night/participate/find-an-event/)! 🔭

*NOTE* Will add more sessions In this series, we will cover the AP Chemistry curriculum in 2 2-hour sessions per week. We will cover the entirety of the AP Chemistry curriculum, covering Atomic, Molecular, Ionis Compounds Structures + Properties, IMFs, Reactions, Equilibrium, Acids and Bases, Thermodynamics, and Electrochemistry. I'll try to include quizzes for each topic and we'll go over practice MC and FRQs from the actual AP test! Make sure to join my series if you want to prepare yourself for AP Chemistry and learn most of the material!

*NOTE* Will add more sessions In this series, we will cover the AP Physics 2 curriculum in 2 2-hour sessions per week. We will cover the entirety of the AP Physics 2 curriculum, covering Fluids, Thermodynamics, Electrostatics + Circuits, Magnetism, Optics, and some Nuclear Physics. I'll try to include quizzes for each topic and we'll go over practice MC and FRQs from the actual AP test! Make sure to join my series if you want to prepare yourself for AP Physics 2 and learn most of the material!

Starting from the beginning of Physics, we'll go through all of the topics covered on the first step of the Physics Olympiad, or the F=MA. Topics covered include kinematics, statics, Newton's laws, momentum and energy, oscillations, orbital mechanics, fluids, and elementary dimensions. I'll be going through official F=MA exams after each topic we learn, so there should be tons of potential for active learning!

We're going to go over the main concepts in AP Physics 2 to prepare anyone taking the class next year. We'll start with Fluids and work our way through Thermodynamics, Electricity + Magnetism, and Optics, and end with Modern Physics / Relativity. I'll provide plenty of opportunities to answer questions and also provide you guys with tons of resources to make sure you're ready for the class next year. Before taking this series, I would review basic kinematics and forces from AP Physics 1. It isn't required, but it helps make a clearer understanding of what goes on in Physics 2. Khan Academy teaches this really well, so I would start there. This isn't required, but it is recommended. I will assign homework at the end of each session, but the homework isn't required and should be used supplementarily.