Photoelectric Effect (P.E.E.): Electron Emission, Quantum Theory, Linear Momentum & Intensity - I

P.E.E - II, Intensity of Radiation, Radiation Force & Pressure & Lenard’s Experiment

Hertz & Lenard’s Experiment, and Einstein’s Explanation for P.E.E. 

Problem Solving Session

Photoelectric Effect

Modern Physics: Photon (Energy & Momentum) & Radiation Pressure

Electronic Emission, Work Function & Einstein's Photoelectric Equation

Stopping Potential, Saturation Current & Conceptual Point

Current Intensity Relation, Compton Effect & De Broglie’s Equation

Rutherford & Bohr Model and Velocity of Electron (e−)

Potential, Kinetic, Ionization & Exicitation Energy & Hydrogen Spectrum

Recoil Speed of Atom, De Broglie's Hypothesis, and Frank Hertz Experiment

Atomic Physics

X-Rays and Moseley's Law

Dual Nature of Matter & X-Rays

Rutherford’s Observations, Isotopes & Isotones, and Nucleus Properties - I

Nucleus Properties - II & Mass Energy Equivalence

Mass Defect, Binding Energy, and Nuclear Fusion & Fission

Nuclear Reactor, Decay, Electron Capture & Anti Particles

Positron Emission Tomography and Radioactive Decay Law

Simultaneous Decay, Series Reaction, and Heat Transfer - I

Heat Transfer - II, Kirchhoff's Law & Wheatstone Bridge

Convection, Radiation & Prevost's Theory of Heat Exchanges

Irradiation & Newton’s Law of Cooling

Solar Constant, Emissive Power & Black Body Spectrum

Wein’s Displacement Law, Rayleigh-Jeans Law & Planck's Law

Nuclear Physics & Radiation

Logic Gates: Boolean Identities, Types of gates & Universal Logic Gates

Problem Solving Session- Part III

Logic Gates

Types of Decay, K Capture & Nuclear Stability Curve

Rutherford Soddy's Law & Decay, and Problem Solving

Problem Solving Session- Part I

Problem Solving Session- Part II

Introduction to Semiconductors

Semiconductors: Properties, Types, and Mobility

Semiconductors: Mass Action Law, Electrical Conduction & Introduction to Diodes

Diodes: Biasing & Applications

Diodes & Filters: Types & Breakdown

Transistors: Introduction, Types of Gains & Transconductance - I

Transistors - II

Transistor as Amplifier & Oscillator, Feedback Amplifier & Logic Gates

Law of Radioactive Decay

Failure of Wave Theory of light, Photocell, Matter Waves & De Broglie's Hypothesis

Debroglie’s Hypothesis: De Broglie's Vavelength for Different Particles

Introduction to Magnetic Field, Davisson Germer Experiment, Bragg’s Law and Bohr’s Quantisation

De Broglie

Modern Physics

Physics

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NEET UG

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

In this course, Prateek Jain will cover the topic of Nuclear Physics. It will be helpful for the aspirants preparing for NEET UG. The course consists of 5 classes over a period of 10 days with a duration of 120 minutes each. The sessions will be conducted in Hinglish and notes will be provided in English. All doubts related to the topics will be clarified during the doubt-clearing sessions.

Detailed Course on Nuclear Physics for NEET 2025

In this course Kailash Sharma sir will teach theory of  Semiconductors and Logic Gates along with practice questions. This course will be beneficial for all the students preparing for NEET. This course will be conducted in Hindi and notes will be provided in English.

Complete Course on Semiconductors and Logic Gates

In this course, Prateek Jain will cover the topic of Modern Physics. It will be helpful for the aspirants preparing for NEET UG. The course consists of 4 classes over a period of 8 days with a duration of 120 minutes each. The sessions will be conducted in Hinglish and notes will be provided in English. All doubts related to the topics will be clarified during the doubt-clearing sessions.

Detailed Course on Atoms (Modern Physics) for NEET 2025

In this course, Dr Parvez Khan Sir will cover the entire Physics. The following topic will be discussed in detail and will be helpful for all aspirants preparing for NEET UG Exam. Learners at any stage of their preparation would be benefited from the course. The course will be covered in Hinglish and notes will be provided in English.

PHYSICS

In this course, Prateek Jain will cover the topic of Semiconductors. It will be helpful for the aspirants preparing for NEET UG. He will also cover all the Previous Year Questions of NEET. The sessions will be conducted in Hinglish and notes will be provided in English. All doubts related to the topics will be clarified during the doubt-clearing sessions.

Detailed Course on Semiconductors for NEET 2025

In this course Shailendra TanwarSir will cover the entire Physics. The following topic will be discussed in detail and will be helpful for all aspirants preparing for NEET UG Exam. Learners at any stage of their preparation would be benefited from the course. The course will be covered in Hinglish and notes will be provided in English.

In this complete course Kailash Sharma Sir will cover the topics detailed theory of Nuclear Physics along with practice sheet to be discussed in the class. This course is beneficial and help all the students preparing for NEET 2024.

Modern Physics

Chapters

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Photoelectric Effect

Notes

Practice

Atomic Physics

Notes

Practice

Dual Nature of Matter & X-Rays

Notes

Practice

Nuclear Physics & Radiation

Notes

Practice

Logic Gates

Notes

Practice

Law of Radioactive Decay

Notes

De Broglie

Notes

Practice

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