Welcome to an exciting journey into the fascinating realm of calculus! In this thoughtfully designed series, tailored specifically for high school students, participants will embark on an exploration of the fundamental techniques of differentiation. Throughout our engaging sessions, we'll focus on unraveling the intricacies of composite functions, inverse functions, and implicit differentiation. What You'll Master: Unraveling Composite Functions: Gain proficiency in dissecting and differentiating functions nested within one another. Discover how to navigate through layers of complexity with ease using the powerful chain rule. Navigating Inverse Functions: Delve into the intricacies of inverse functions, learning how to differentiate and manipulate them effectively. Understand their role in solving equations and their significance in real-world applications. Mastery of Implicit Differentiation: Step into the realm of implicit functions, where equations aren't explicitly defined. Master the technique of implicitly differentiating these functions, crucial for tackling advanced calculus problems and scenarios.

Hey there learners, This session is particularly designed to clear all of your doubts and queries about the basic principles of calculus. This series will focus on how to find the slope of a smooth curve using the slope of secant and tangent line to the curve. We will go through many challenging problems to enhance our problem solving and analytical skills.

In this session, we will learn about the basic fundamental of limits in calculus. Further ahead we will dive deeper into complex methods in limits.

In this series we will go through the basics of Django framework used for developing web applications in Python and will dive deeper into backend. In order to take this series the student is expected to have in-depth knowledge of Python, HTML and CSS.

In this session we will derive and apply some basic Trigonometric Identities to solve and prove some problems.

In this session we will start vectors and learn about their concepts in detail. This series will require knowledge of vectors, graphs and trigonometrical ratios.

Composite and inverse functions are two powerful tools that can be used to solve a variety of problems. In this series, you will learn how to: Compose functions to create new functions that perform complex tasks. Evaluate composite functions to find the output of a complex function. Find the inverse of a function to solve problems that involve reversing a process. Graph inverse functions to visualize the relationship between two quantities.

In this series, we will learn how to make Graphical User Interfaces using Python programming language. A Graphical User Interface (GUI) is a type of interface from which a user can interact. We will learn to develop interesting GUIs in Python using Tkinter. Learners are expected to have prior knowledge of Python.

We will go through all core topics of trigonometry in this series. Learners are expected to have had knowledge of the topic at the Advanced-Studies level (British curriculum) to build on further about the topic in depth.

We will study Electric forces and fields (A-level). In this series, we will learn about induced fields and charges, and the motion of electrons in an electric field. This topic builds on the basics of Electric fields, you are expected to have knowledge of electrostatics to progress.

In this series we will learn about the concepts of A level differentiation and calculus. Learners needs to have some basic knowledge about differentiation.

We will go through the basics of Trigonometry and its concepts.

We will learn about the basics of current and electricity and its uses.

We will go through the basic concepts of electric fields and charges. Kindly note that any learners joining this series must know physics and basic fundamentals. Thanks!

We will learn about waves and their interferences.

We will learn about the basics of integrals and integration.

We will learn about the basics of differentiation and the gradients and derivatives.

We will learn about the basics of work energy and power. In this session we will discuss about different types of energy and power.

We will learn about force density and pressure.

We will go through the basics of vectors and measuring their scales. In this series we will go through the basics of magnitudes and directions of vectors.

We will go through the basics of elastic and inelastic solids, elastic potential energy and how to calculate the stress and strain.

We will go through the basics of functions in python and how to write them, we will see different techniques to write functions in python. Learner is expected to have prior basic knowledge of python.

We will go through the conceptual framework of Differentiation, functions and graphical representation with simple problems to understand the concept of Differentiation followed by some worked problems.

We will go through the basics of Linear Equations, concepts and their graphical representation.

This series will focus on the fundamentals of python language and learn how to make our code work efficiently. In this series we will solve some practical problems to help you understand the source code.

We will cover the All basics of Python Programming including Practice Sets. Previous Knowledge of Computer Science is a pre-requirement for the learners.