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Master Class 12 Physics Chapter 2: Electrostatic Potential and Capacitance with Online Video Lessons

Class 12 Physics Chapter 2, which focuses on Electrostatic Potential and Capacitance, is a basic step toward mastering electrostatics. It builds upon the concepts introduced in Electric Charges and Fields and progresses towards understanding electric potential energy, equipotential surfaces, and capacitors in both theory and practical applications. Students who want to improve their academic performance and excel in entrance exams like NEET and JEE must master this chapter.

What makes a difference is not simply reading the textbook, but studying through visual and conceptual clarity.  That is why we recommend watching our detailed video lesson on Sethiswiftlearn on YouTube.

We have thoroughly discussed every section of the chapter, from derivations to important formulas, and have enhanced this with real exam-based problems and recommendations. Our Electrostatic Potential and Capacitance Class 12 Notes are summarized to help you retain better and revise faster.

If you're struggling with how potential varies in a field or how capacitance is affected by dielectric materials, our online video lessons will clear your doubts effectively. Go through the complete video, and for any queries, feel free to comment—we’ll respond to guide you further.

Stay ahead with smart learning and make Physics simpler with expert video support.

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Class 12 Physics | NEET 2024 Physics Paper Discussion (3) | JEE Main PYQs | For JEE Main & Advanced

 Boost your exam prep with Class 12 Physics Paper Discussion – Part 3, specially curated for NEET 2024, JEE Main, and JEE Advanced aspirants!

In this session, we break down important concepts and solve Previous Year Questions (PYQs) from both NEET and JEE exams.

✅ Concept Clarity ✅ Smart Problem-Solving Techniques ✅ Ideal for Last-Minute Revision

🎥 Watch now: https://youtu.be/1KhfuGlCrK4?si=AfjUa4vvbNrKyxqz

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Sets Class 11 Chapter 1 Notes You Can’t Miss: Visual Learning of Representation of Sets

Sets are the first chapter in the Class 11 Maths syllabus, and they serve as the foundation for many higher-level mathematical topics like relations, functions, probability, and more. Sets Class 11 Chapter 1 Notes—covers important topics that will help students rationally categorize and classify objects, making problem solving more efficient. One of the most essential subtopics is Representation of Sets, which introduces students to three major forms: roster form, set-builder form, and Venn diagrams.

These representations are more than simply theoretical; they serve as a foundation for visual thinking and mathematical reasoning. Understanding how sets are formed and represented simplifies many future mathematical subjects. That is why having precise, concise, and visually appealing notes is essential for all Class 11 students.

To make learning even easier, we’ve explained these concepts visually and in detail on our Sethiswiftlearn YouTube channel. The video sessions are intended to lay down the logic behind each sort of representation, accompanied by examples and diagrams.  We recommend you to visit our channel to learn about the Representation of Sets, which is described clearly and with step-by-step pictures.

 Strengthen your understanding of Class 11 Mathematics Sets and confidently revise Chapter 1 with our simple notes and video strategies. Visual learning not only helps you maintain information more quickly, but it also better prepares you for exams.

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Class 11 Physics | Motion in a Plane (Part 2) | JEE Main PYQs | For JEE Main & Advanced, CUET

Continue mastering the fundamentals of Motion in a Plane with this in-depth Part 2 session. This video focuses on solving JEE Main Previous Year Questions (PYQs) and building strong conceptual understanding essential for:

✔️ JEE Main & Advanced ✔️ CUET (UG) ✔️ Other competitive exams

📘 Topics covered include:

Projectile Motion

Relative Velocity

Vector Components & Problem Solving

Strategy for PYQs

🔗 Watch now: https://youtu.be/BGRqwZMlqGI?si=C6fxshtvrA_blu-j

Strengthen your Physics foundation with real exam-oriented practice.

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Class 12 Physics | NEET 2024 Paper Discussion (Part 1) | JEE Main PYQs | Guidance for NEET, JEE-Main

Dive into an analytical discussion of key Physics questions from the NEET 2024 (Part 1) paper. This session breaks down concepts from Class 12 that are commonly tested across multiple entrance exams like NEET, JEE Main, and other competitive tests.

📘 In this video:

Detailed approach to solving NEET-level questions

Conceptual overlap with JEE Main PYQs

Tips for identifying question patterns and avoiding traps

Useful for aspirants targeting NEET, JEE, CUET, and more

🎥 Watch the session here: 🔗 https://youtu.be/f389YTq6ioY?si=Zr_u3oBLCJz2N-Lf

Let's decode Physics with logic, clarity, and exam-focused strategies.

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Class 12 Maths | MISCELLANEOUS TOPICS (3) | JEE Main PYQs | JEE, CUET, BITSAT, WBJEE Prep

Get exam-ready with Class 12 Maths: Miscellaneous Topics (Part 3) where we solve important JEE Main Previous Year Questions (PYQs). This session covers key mixed concepts that often appear in competitive exams like JEE, CUET, BITSAT, WBJEE, and other entrance tests.

📚 Strengthen your understanding of advanced problems and shortcut-solving techniques while mastering tricky questions that challenge your logic and math skills.

✨ Whether you're aiming for engineering entrance exams or board excellence, this video will enhance your prep and boost your confidence.

🔗 Watch now: https://youtu.be/2fHuV-cpF1A?si=HxHyldR3cFeadcFS

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Class 12 Physics | Ray optics and optical instruments | JEE Mains, NEET, CUET Prep

Master the concepts of Ray Optics and Optical Instruments in this complete Class 12 Physics session! This video is perfect for students preparing for JEE Mains, NEET, and CUET 2025, covering theory + problem-solving with clarity.

📌 What you’ll learn:

Reflection & Refraction of Light

Lens & Mirror Formula

Optical Instruments (Microscopes, Telescopes)

Important PYQs & Exam Tricks

Concept-based Numerical Solving

📺 Watch now: 👉 https://youtu.be/Rl8rRiCARSk?si=ySMnbaRVnIWi5zkJ

🔔 Subscribe to Sethi Swift Learn for more Physics lectures, tips, and practice sessions.

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Class 11 Physics | Kinetic Theory of gases | JEE Mains, NEET, CUET Prep

🔥 Ace Kinetic Theory of Gases with this complete Class 11 Physics session! This lecture is designed to strengthen your concepts for JEE Mains, NEET, and CUET 2025 with clear explanations and strategic problem-solving.

📌 Topics Covered:

Assumptions of Kinetic Theory

Derivation of Pressure

RMS Velocity, Average & Most Probable Speed

Important Formulas and Concept Applications

PYQs + Practice Questions

🎯 Perfect for Class 11 students & competitive exam aspirants!

📺 Watch Now: 👉 https://youtu.be/-Q0dIikxB08?si=rbPQLbpY2dVtpzDr

📍Subscribe to Sethi Swift Learn for more conceptual clarity, past year questions, and smart prep strategies.

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Class 12 Physics | ELECTRIC FIELD AND CHARGES | JEE Main PYQs | JEE, CUET, BITSAT, WBJEE Prep

In this video, we dive deep into the chapter Electric Charges and Electric Fields, one of the most important topics in Class 12 Physics and a favorite in competitive exams like JEE Main, CUET, BITSAT, WBJEE, and more.

🎯 Get ready to master:

Conceptual clarity on Electric Charges and Electric Fields

Solving Previous Year Questions (PYQs) from JEE and other entrance exams

Smart tricks to save time and boost accuracy

Step-by-step solutions and in-depth explanations

Whether you're preparing for board exams or targeting high ranks in competitive exams, this session will build a strong foundation and help you tackle complex problems with confidence! 💡

🔗 Watch Now: https://youtu.be/e4uPOXhfBvo?si=1kAtiKlyv6qXR40G

✅ Don't forget to Like, Share & Subscribe to stay updated with more expert-led tutorials and exam strategies.

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Class 11 Physics | MOTION IN ONE DIMENSION (5) | JEE Main PYQs | JEE, CUET, BITSAT, WBJEE Prep

Welcome to another power-packed session of Class 11 Physics – Motion in One Dimension (Part 5) with a focus on JEE Main Previous Year Questions (PYQs) and other competitive exams like CUET, BITSAT, WBJEE, and State Boards. 🚀

In this video, we dive deeper into solving high-quality questions that test your understanding of concepts like displacement, velocity, acceleration, relative motion, and equations of motion — all under the umbrella of motion in a straight line. 🧠📈

Understanding Motion in One Dimension is foundational for mastering advanced topics in kinematics and mechanics. That’s why this session not only helps in cracking entrance exams but also strengthens your base for board-level physics. 💪

🔍 What you’ll learn in this video:

How to approach and solve JEE Main-level problems with smart techniques

Concept clarification through visual and logical explanations

Application of motion equations and graphical analysis

Tips to avoid common mistakes in competitive exams

Whether you're a JEE aspirant or preparing for your Class 11 exams, this video is tailored to provide maximum value in minimum time. It includes step-by-step solutions to actual PYQs, helping you develop a problem-solving mindset crucial for high scores. ✅

💡 Ideal for:

JEE Mains/Advanced Aspirants

CUET & BITSAT Candidates

WBJEE & VITEEE Prep

CBSE and State Board Students

🔥 Don’t forget to watch till the end for bonus tips and time-saving strategies that can truly make a difference in your exam performance.

📌 Watch Now: 👉 https://youtu.be/QwmSyAsnEjY?si=8kcD-bglxTgCyg8B

🔔 Subscribe to @sethiswiftlearn for more PYQ practice, conceptual videos, and exam hacks.

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Class 12 Maths | Application of Derivatives | CBSE/State Boards +2 Exams | JEE Mains, CUET Prep

Get ready to master one of the most crucial topics in Class 12 Mathematics — Application of Derivatives — with this focused and exam-oriented session designed for CBSE & State Board students, as well as aspirants of JEE Mains and CUET.

🎥 Watch now: https://youtu.be/yq14y-hTHRA?si=pbd-vryDzufVQJrM

This video is your complete guide to understanding how derivatives are applied in real-world and mathematical contexts. From finding tangents and normals to identifying increasing/decreasing functions, maxima & minima, and solving rate of change problems — this lesson is packed with conceptual clarity and problem-solving tricks.

📌 Key Concepts Covered:

Tangent and normal to a curve

Monotonicity: Increasing and decreasing functions

Local maxima and minima (first and second derivative tests)

Application-based problems from real-life contexts

Rate of change in physical quantities

We also solve exam-style problems, including JEE Mains PYQs, and questions relevant to CUET, State Board +2 Exams, and school-level assessments. The video includes visual explanations, tips to avoid common mistakes, and formulas you must remember.

This session is tailored to:

Students preparing for Board Exams (CBSE + State Boards)

Engineering entrance exam aspirants: JEE Mains, BITSAT, CUET, VITEEE

Learners aiming to strengthen conceptual understanding & score high in competitive exams

💡 Why This Video is a Must-Watch:

Step-by-step explanation of concepts

Tricks to solve MCQs faster in entrance exams

Revision of important formulas and strategies

Balanced approach for both boards and competitive preparation

Whether you're a Class 12 student aiming to ace your board exams or a competitive aspirant looking for precision and speed in problem-solving, this video will enhance your preparation and boost your confidence.

✅ Like, Share & Subscribe to SethiSwiftLearn for more powerful math sessions and subject-wise video support!

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Class 11 Math | Different forms of complex number Rotation of complex number: Tricks

Unlock the secrets of Complex Numbers with a focus on different forms and rotation tricks in this power-packed video session tailored for Class 11 Math students and aspirants preparing for JEE Mains, CUET, BITSAT, WBJEE, and other competitive exams. 🚀

📌 Watch here: https://youtu.be/VhhEdpxjYko?si=TuAANW5f0zgPP6Ou

In this comprehensive video, we explore the various forms of complex numbers such as the polar form, trigonometric form, and exponential form, and understand how they interrelate. The session goes beyond theory to provide intuitive rotation concepts using visual aids and shortcut tricks to help you tackle even the most twisted problems with ease.

We know complex numbers can seem confusing at first—but this session will give you a whole new perspective! Using graphical interpretation and real-world analogies, this lecture will help you gain a deeper understanding of how rotation works on the complex plane and how it can be used to solve JEE-level questions in seconds.

💡 What You’ll Learn:

Geometrical meaning of complex number rotation

Use of Euler's formula and De Moivre’s Theorem

Tricks to convert and switch between different forms

Problem-solving strategies with step-by-step guidance

Application-based examples relevant to JEE, CUET, and board exams

Whether you’re just starting with complex numbers or revising them for your competitive exams, this video is your go-to resource for building a strong foundation and learning expert shortcuts.

🎯 This session is specially curated for:

Class 11 students covering NCERT syllabus

Aspirants of JEE, CUET, BITSAT, VITEEE, and state-level engineering exams

Students aiming for 100% clarity on rotation and representation of complex numbers

👉 Stay tuned till the end for revision tips, doubt-solving, and real exam-type questions.

📚 Don’t forget to Like, Share, and Subscribe to SethiSwiftLearn for more high-quality math content!

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Easy Learning of Newton’s Laws of Motion – A Must-Watch for Class 11 Students

Newton's Laws of Motion are the foundation of mechanics in Class 11 Physics. Understanding these laws is important for solving motion-related issues in school exams or on entrance tests such as NEET and JEE. These laws are theoretical and commonly used in real-life situations and technical applications.

The blog focuses on fundamental explanations, Laws of Motion examples, and practical solutions to help students grasp how force, motion, and inertia work in combination.

Newton's first law, often known as the Law of Inertia, asserts that an object remains at rest or moves at a constant velocity in a straight path until acted upon by an external force. For example, When your car comes to a sudden stop, your body tends to lean forward, which is known as inertia.

Newton's Second Law defines the relationship between force, mass, and acceleration. Force is defined as the product of mass and acceleration.  This implies that heavier objects need more force to accelerate. Pushing a shopping cart is a real-world example.  If the cart is empty, it is easy to move; if it is full, it takes much more effort.

Newton's Third Law states that for every action, there is an equal and opposite response.  When you jump off a tiny boat onto a dock, the boat moves backward due to the reactive force your legs exert on it.

 Students frequently fail to connect principles with applications, such as identifying forces in free-body diagrams or solving numerical problems involving the Laws of Motion. To make this learning process easier and more realistic, we designed a dedicated video lesson that guides students through each law in detail and provides step-by-step solutions.

Watch now on Sethiswiftlearn YouTube Channel:

We thoroughly explained the entire concept using examples, formulas, and problem-solving methodologies. Go through the video, and if you have any questions, leave a comment—we'll help you out.

This is an essential resource for students seeking to improve their intellectual clarity and confidence in Newton's Laws of Motion. Strengthen your understanding and perform better in your Class 11 Physics exams and beyond.

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Don’t Miss: Class 11 Quadratic Equations Basics – Part 1 Explained Simply

Class 11 Quadratic Equations Basics Part 1, provides a clear and structured explanation of key concepts in Class 11 Math, including the roots of quadratic equation and the quadratic formula. This concept is the foundation for solving real-world mathematics problems and higher-level equations.  Part 1 introduces the standard form, discusses the principles behind solving quadratic expressions, and explains the meaning and importance of quadratic equation roots.

Students frequently struggle with quadratic equations, especially when applying the quadratic formula. That's why this video lesson by sethiswiftlearn was created to explain everything in a simple, visual, and user-friendly manner. Whether you're revising or learning the topic for the first time, this content will build your confidence and clarity.

We’ve explained each concept in detail with step-by-step examples on our YouTube channel. Go through the video to strengthen your understanding and perform better in exams.

🎥 Watch now –  Class 11th Math - Quadratic Equations | Very Basics - 1 | JEE, CBSE, CUET Brought to you by Sethiswiftlearn, your reliable learning partner for Mathematics concepts.

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Sets Class 11 Chapter 1 Notes You Can’t Miss: Visual Learning of Representation of Sets

Sets are the first chapter in the Class 11 Maths syllabus, and they serve as the foundation for many higher-level mathematical topics like relations, functions, probability, and more. Sets Class 11 Chapter 1 Notes—covers important topics that will help students rationally categorize and classify objects, making problem solving more efficient. One of the most essential subtopics is Representation of Sets, which introduces students to three major forms: roster form, set-builder form, and Venn diagrams.

These representations are more than simply theoretical; they serve as a foundation for visual thinking and mathematical reasoning. Understanding how sets are formed and represented simplifies many future mathematical subjects. That is why having precise, concise, and visually appealing notes is essential for all Class 11 students.

To make learning even easier, we’ve explained these concepts visually and in detail on our Sethiswiftlearn YouTube channel. The video sessions are intended to lay down the logic behind each sort of representation, accompanied by examples and diagrams.  We recommend you to visit our channel to learn about the Representation of Sets, which is described clearly and with step-by-step pictures.

 Strengthen your understanding of Class 11 Mathematics Sets and confidently revise Chapter 1 with our simple notes and video strategies. Visual learning not only helps you maintain information more quickly, but it also better prepares you for exams.

[shivangisethiswiftlearn]

Sets Class 11 Chapter 1 Notes You Can’t Miss: Visual Learning of Representation of Sets

Sets are the first chapter in the Class 11 Maths syllabus, and they serve as the foundation for many higher-level mathematical topics like relations, functions, probability, and more. Sets Class 11 Chapter 1 Notes—covers important topics that will help students rationally categorize and classify objects, making problem solving more efficient. One of the most essential subtopics is Representation of Sets, which introduces students to three major forms: roster form, set-builder form, and Venn diagrams.

These representations are more than simply theoretical; they serve as a foundation for visual thinking and mathematical reasoning. Understanding how sets are formed and represented simplifies many future mathematical subjects. That is why having precise, concise, and visually appealing notes is essential for all Class 11 students.

To make learning even easier, we’ve explained these concepts visually and in detail on our Sethiswiftlearn YouTube channel. The video sessions are intended to lay down the logic behind each sort of representation, accompanied by examples and diagrams.  We recommend you to visit our channel to learn about the Representation of Sets, which is described clearly and with step-by-step pictures.

 Strengthen your understanding of Class 11 Mathematics Sets and confidently revise Chapter 1 with our simple notes and video strategies. Visual learning not only helps you maintain information more quickly, but it also better prepares you for exams.