Each day we will have sessions where we will work smarter to get the grades we want. We will achieve this through practice questions, past papers and reviewing concepts from the CAIE IGCSE syllabus using the Physics BOOK and exercise booklet, the SAVEMYEXAMS, Physics and Maths Tutor, Uplearn and more! The sessions will cover the topics from the specification and also practice papers and questions: This drive has the resources we will use-[https://1drv.ms/f/c/f344f1d338161b53/Ei5oIOvgVIBEhP_5hus9HEABTdJ03imb8xvpK8vqV3hLOg?e=UYMfTs](https://1drv.ms/f/c/f344f1d338161b53/Ei5oIOvgVIBEhP_5hus9HEABTdJ03imb8xvpK8vqV3hLOg?e=UYMfTs)

In these sessions, we will cover various units for AP Physics 1. We will work through practice problems together, and feel free to bring any questions you may have on this topic.

Come with questions about anything you need help with and I'll assist you.

Want to be an engineer? Or maybe you're just looking to learn a little more about how the world works? Come join this mechanical engineering series! Over five weeks, we'll cover the following topics: - Stress and strain - Statics - Simple machines - Mechanisms - Thermodynamics and heat transfer If you find this course interesting, make sure to sign up. Note: a foundation in algebra is required and any higher math skills are recommended.

Bring any questions you have about AP Physics or any practice problems you would like to work on!

Hey everyone! I’m excited to dive into Physics with you. In this session, we’ll break down key concepts like motion, forces, and energy into easy-to-understand bits. I’ll guide you through some example problems, and we’ll work through any tricky parts together. Feel free to bring any questions or topics you’re struggling with—let’s make this a productive and enjoyable learning experience!

👋👋 We'll look at F=MA's (UsaPho qualification competition) mechanics problems together, starting from basic problems involving introductory kinematics and progressing through more advanced ones with complex mechanics theorems. Don't feel intimidated! I will be learning alongside you because many of these questions are difficult for me😭😭!

Ask me anything related to AP Physics 1 or 2! If you have problems you would like to go over, test coming up, or would like clarification on a topic in AP Physics 1 or 2, join my series! For a little background on me, I took AP Physics 1 my freshman year and received a 5. In my sophomore year, I self-studied AP Physics 2 and was also able to receive a 5.

Welcome to everybody of all levels‼️‼️ Come to study, relax, listen to music, or ask any questions! I've been through AP Physics 1️⃣, 2️⃣, C mechanics 🦾, C E&M ⚡, and I am taking Modern Physics currently and Quantum Mechanics next semester. Hopefully, I can answer any questions you throw at me!

We will use calculus to explore vectors, kinematics, and projectile motion. We will build from the ground up, developing intuition and deriving the origins of each formula. For this class, we will have slides outlining the plan and collaborate together on a whiteboard to solve problems. It might be helpful to bring a pencil and a piece of paper if you prefer to take notes or write on paper instead of the whiteboard. Please ensure you have a basic familiarity with differential and integral calculus. Although I will try to cover everything you need to know, it may be beneficial to have some foundational understanding. Prior knowledge of physics is recommended (although new participants are welcome), but keep in mind that we are here to reinforce and clarify concepts rather than learn them from scratch. I hope you'll join us for this session!

In this class, we will discuss about the Estatics Intro , Force, and Field

Each week, we'll cover a few different topics. We will start with 2D kinematics and work our way up to rotation.

We'll go through any troubles you may have on topics in AP Physics 1. If you have any specific problems or topics you want to cover, feel free to bring them!

We'll cover the foundations of energy and momentum and any other questions you might have

We’ll be covering Jeanelle’s questions on net forces and dynamics.

This series aims to be a time for learners to ask any questions about AP-level physics

In this series, we'll be briefly reviewing AP Physics 1 topics and going over lots of practice problems (including past MCQ's and FRQ's) of various difficulty levels.

During this series we'll cover all of A level physics, starting from kinematics.

Each week, we will go over topics that you are struggling with, and will also be going over general topics based on the pace of the overall AP Physics 1 curriculum. Everybody is welcome, and we encourage asking questions and frequenting the sessions.

THIS IS A MEDIUM DIFFICULTY SERIES, IT'S SUITABLE FOR ALL LEARNERS BUT ESPECIALLY THOSE DOING A LEVEL. If you have no prior physics knowledge search up AQA GCSE Physics and familiarize yourself with that content. SOME MATHS or PHYSICS KNOWLAGDE IS VERY USEFUL FOR THIS Series. Each day we will have 2 hour sessions where we will work smarter to get the grades we want. We will achieve this through practice questions, past papers and reviewing concepts from the AQA A Level syllabus using the AQA Physics BOOK and exercise booklet, the SAVEMYEXAMS, Physics and Maths Tutor, Uplearn and more! The the ongoing sessions will be as follows: 1. Topic Review of the YEAR 1 and some of the Year 2 content from the AQA A Level syllabus, this will available on a OneDrive file including the books, and notes from both the first and second year (1h) link-[](https://1drv.ms/f/c/f344f1d338161b53/EkZXi68VTNVDn5-yN1VPhb0BkQucZatXwqrctvqU1BIk3g?e=5PvTRK) [https://onedrive.live.com/?id=F344F1D338161B53%21s1a68e2a992ee48218cfe26c235f8d8ab&cid=F344F1D338161B53](https://onedrive.live.com/?id=F344F1D338161B53%21s1a68e2a992ee48218cfe26c235f8d8ab&cid=F344F1D338161B53)[](https://onedrive.live.com/?id=F344F1D338161B53%21s1a68e2a992ee48218cfe26c235f8d8ab&cid=F344F1D338161B53) 3. Once a week, we will do a full 2 hours past paper and the next lesson will be a review of the wrong questions (2h). WHAT WE HAVE DONE SO FAR: YEAR 1 Physics TOPICS: 1. Measurements and errors 2. Particles 3. Waves 4. Mechanics 5. Electricity 6. Further Mechanics 7. Thermal Physics WHAT TO DO IF YOU HAVENT LEARNT IT YET- use this link to learn the notes form the book - JOIN SESSIONS THE FIRST SEESSIONS (the first hour is catchup)[https://onedrive.live.com/personal/f344f1d338161b53/_layouts/15/Doc.aspx?resid=F344F1D338161B53!s32f5024ba0f24bbe90f4f3db592b851b&cid=f344f1d338161b53&migratedtospo=true&app=PowerPoint](https://onedrive.live.com/personal/f344f1d338161b53/_layouts/15/Doc.aspx?resid=F344F1D338161B53!s32f5024ba0f24bbe90f4f3db592b851b&cid=f344f1d338161b53&migratedtospo=true&app=PowerPoint) WHAT WE WILL COVER in the future 8. Gravitational and electric fields 9. Capacitors 10. Magnetic fields 11. Nuclear Physics

We'll cover kinematics in each session, from constant acceleration equations to projectile motions in all dimensions. Before starting the main discussion, I will introduce any necessary pre-requirements, such as vectors or even calculus concepts, as a reminder. Practice problems will be assigned each session, and no, they are not compulsory, but they are highly recommended for mastering the topics!

Each week, we will go over modules within the AP Physics 1 syllabus, go over exam questions, and as AP exams get closer, we will also share tips, practice exams, and review packets to help ensure learner success.

We're back! After months of silence, the Schoolhouse Physics Club is back, in our new home in the Physics Subworld. "The Pleasure of Finding Things Out", as Feynman said, so let's figure it out! This is the club where all Physics enthusiasts meet on Fridays!