Each day, we will go over one Chapter of AP CSA. The main chapters will be Fundamental Data Types, Writing Classes, Decisions, Loops, Strings and Text Files, Arrays, ArrayLists, Algorithms, Designing a Class, and Inheritance. This class is intended for beginners who are considering taking the class, or want to learn Java. We will also be doing questions that have shown up in the past AP CSA Exams.

We will be using the Pomodoro technique during the study session. We will work for 25 minutes, take a 5-minute break, and repeat! You can work on anything during this time, from research papers, to projects, to summer homework, and so on.

While the AP Curriculum gives an introduction to many concepts important in the study of physics, certain aspects of selected topics are sometimes presented briefly, or not covered in a traditional class. These sessions will aim to provide additional insight into various topics starting in mechanics, with more sessions added later. Emphasis will be placed on problem solving, which could assist in future physics courses at the college level, or in planned high school classes in this subject for the next school year. Necessary math will be presented as needed, so please don't let a perceived level of difficulty prevent your participation!

Hello! This is a four-week study series meant for everyone. Whether you're going into Algebra II, want to brush up on some concepts, or even want to skip it, I'm here to review whatever you need support in. Hope to see you there!

We will first have a lecture/introduction on the bioethical topic, then hold a debate or a discussion regarding the topic.

[More classes will be added to the series soon!] This series will provide a practical introduction to machine learning. Topics include regression (linear & polynomial), regularization, classification, clustering, retrieval, recommender systems, and deep learning, with a focus on an intuitive understanding grounded in real-world applications. Intelligent applications are designed and used to make predictions on large, complex datasets. Prerequisites include a basic understanding of Python syntax and some statistical knowledge. Even if you don't meet these requirements, I will try my best to make it easier to understand. I will provide datasets and practice problems via GitHub, and I expect everyone to attend Office Hours (optional) if they have any questions. Machine learning is a hard course, but focusing on understanding the concepts will make it easier.

Each week we will begin each session with a Quiz! After, we will solve any doubts anyone had regarding the same. If time permits, we will solve specific doubts outside the quiz as well! The person who comes first will be awarded with the choice of topic for the next session! They can also pass over their huge decision to popular vote. Topics Covered: The first session will contain all Math topics, but the topic of each new session will be decided by the person who comes first in the Quiz. Content knowledge necessary to join: None required! Even if you are not planning on taking the SAT, you can hop on in and give it a go! It's just Math after all! Materials needed: Paper + Pen OR anywhere to write A calculator

You want to learn organic chemistry for some reason? Look no further than this course, where we'll cover the first semester of organic chemistry in the span of a couple months. Note: More sessions will be added later!

AP Calculus BC / Calculus 2 Tutoring Series Welcome to our AP Calculus BC / Calculus 2 Tutoring Series! NOTE: More sessions to be added. This series HIGHLY RECOMMENDED for high school and college students who already have an understanding of calculus 1 and want to increase their calculus skills. Prerequisites: This series is designed for students who have a foundation in limits, derivatives, and integrals and are ready to dive deeper into more advanced topics. This series will NOT cover topics already in AP Calculus AB or Calculus I syllabus. The goal is to provide clear, easy-to-understand explanations and practical examples to help you excel in your studies. Here's what we'll cover: 1. Techniques of Integration- Learn various methods to tackle complex integrals, including integration by parts, partial fractions, trigonometric integrals, and more. These techniques will expand your toolkit and make solving integrals more manageable. 2. Applications of Integrals - Discover how integrals are used in real-world applications. We'll explore areas such as calculating areas between curves, finding volumes of solids of revolution, work done by a force, and more. 3. Parametric Equations and Polar Coordinates - Understand how to work with curves represented by parametric equations and polar coordinates. We'll cover graphing, analyzing motion, and converting between different coordinate systems. 4. Sequences and Series- - Dive into the world of sequences and series, including arithmetic and geometric series, convergence tests, power series, and Taylor series. You'll learn how to determine the behavior and sum of infinite series. 5. Vectors and 3D Space - Explore the fundamentals of vectors and their applications in three-dimensional space. Topics include vector operations, dot and cross products, equations of lines and planes, and analyzing motion in space. Throughout the series, we'll use a variety of teaching methods, including step-by-step problem-solving, visual aids, and interactive discussions to ensure you grasp each concept thoroughly. Join us and take your calculus skills to the next level!

Have a question about a confusing history topic? Want to go over your writing together to see how to improve analysis, form, and get to the bottom of how to write an effective paper? Or do you want a motivating study space where fellow learners are working, and there is always a tutor present to answer any questions?