physics

This subject covers units such as optics, modern physics and, electricity and magnetism

Electricity and Magnetism covers chapters such as Current Electricity, Electromagnetic Induction, Electric Charges and Fields, Alternating Current, Moving Charges and Magnetism and, Magnetism and Matter

Electricity and Magnetism

Modern Physics covers chapters such as Nuclei, Atoms, Electromagnetic Waves, Electronic Devices, Communication Systems and, Dual Nature of Radiation and Matter

Modern Physics

Optics covers chapters such as Wave Optics and Ray Optics and Optical Instruments

Optics

Physics Crash Course (Based on Revised Syllabus-2023)

ISC Physics Class 12, Part-2

EMBIBE CHAPTER WISE PREVIOUS YEAR PAPERS FOR PHYSICS

NOOTAN ISC PHYSICS Class 12 Part-1

Electric Energy Density

Equipotential Surfaces and Its Properties

Magnetic Flux

Resistor Colour Code

Meter Bridge

Magnetic Flux (Part-2)

Energy Band Gap

AC Voltage Applied to a Resistor

Davisson Germer Experiment

Magnetic Induction

Magnetic Susceptibility and Relative Magnetic Permeability

Magnetisation

Conversion of a Voltmeter to Higher-range of Voltmeter

Study of a Voltmeter and Its Sensitivity

Study of an Ammeter and Its Sensitivity

Conversion of Galvanometer Into Ammeter

Band Theory of Solids

Classification of Semiconductors

Constructive and Destructive Interference of Light Waves

Rayleigh Scattering

Average Value of Alternating Current and Voltage

The Average Value of a Sinusoidal Function

Average Value of Square of Sine and Cos Function

Power in a Purely Resistive Circuit

Root Mean Square of Alternating Current

Phase and Path Difference Between Two Waves

Methods of Introducing the Path Difference

Need for Modulation

Communication System

Bandwidth of Signals

Nuclear Chain Reaction

Beta Emission

Alpha Emission

Dielectrics in a Capacitor

Telescope

Solar Cell - Working and Principle

Photodiode: Principle and Working

Principle and Working of LED

Zener Diode

Diode As Full Wave Rectifier

Diode As Half-wave Rectifier

I-V Characteristics of a PN Junction Diode

Reverse Biasing of Diode

Forward Biasing of Diode

P-N Junction Diode: Depletion Layer

P-N Junction Diode: Formation

Electrical Properties of Semiconductors (n-type)

Introduction to n-type Semiconductor

Electrical Properties of Semiconductors

Introduction to p-type Semiconductor

Electrical Conductivity - Intrinsic Semiconductor

Concept of Hole

Energy Generation in Stars

Nuclear Reactor

Gamma Emission

Mean Life

Half-life

Radioactive Decay

Radioactive Decay Law

Properties of α, β and γ-rays

Natural Radioactivity

Properties of Nucleons & Nuclear Forces

Nuclear Binding Energy

Size of Nucleus and Nuclear Density

Introduction to Nucleus

Bohr's Postulate: de Broglie's Explanation

Bohr Atom Model: Frequency of Emitted Radiation

Study on Hydrogen Spectrum

Emission Spectrum

Discharge of Electricity Through Gases

Dual Nature of Light and Matter

Photoelectric Cell

Properties of Photons

Photoelectric Effect

Photoelectric Effect and Related Aspects

Introduction to Electron Emission

Brewster’s Law

Resolving Power of a Telescope

Microscope and Its Resolution

Position of Maxima in Single Slit Diffraction

Fraunhofer Diffraction by a Single Slit

Diffraction of Light

Fringe Width in YDSE

Fringe Intensity in YDSE

Young's Double-slit Experiment

Primary and Secondary Wavefront

Wavefront

Reflecting Telescope

Compound Microscope

Simple Microscope

Derivation of Angle of Deviation by a Prism

Thin Lenses in Contact

Applications of TIR: Mirage and Looming

Optical Fibre: Use of Total Internal Reflection

Prism Binocular: An Application of TIR

Refraction: Introduction and Laws

Sign Convention

Rules for Ray Diagram

Properties of X-Ray

X-ray Spectrum

This chapter explores the basics of the communication system. It discusses the bandwidth of signals and transmission medium. It explains the earth’s atmosphere, antenna and various modes of propagation. It also describes the modulation and networks.

Communication Systems

This chapter covers topics like intrinsic and extrinsic semiconductor, energy band theory and electrical properties of matter, junction diode, junction transistor, digital electronics and logic gates.

Electronic Devices

This chapter explains in detail the atomic masses and the components of the nucleus. It also elaborates the concepts behind nuclear force, radioactivity, nuclear energy along with nuclear binding energy and mass-energy.

Nuclei

This chapter explains the smallest particle of matter and experiment involved in the discovery of the nuclear model of the atom. It also discusses De Broglie's Explanation of Bohr's model along with the line spectra of the hydrogen atom.

Atoms

This chapter helps us imbibe the photoelectric effect and Einstein&#39;s photoelectric equation. It also explains the particle and wave nature of light and matter along with Davisson Germer experiment.

Dual Nature of Radiation and Matter

This chapter deals with the Huygens' principle related to wave optics. It also explains coherent and incoherent addition of waves along with the interference of light waves and Young's experiment.

Wave Optics

This chapter emphasises the terms refraction and reflection of light through mirror and prism. It also deals with the concepts of ray optics and some optical instruments along with descriptive ray diagrams.

Ray Optics and Optical Instruments

This chapter provides a basic idea of displacement current. It highlights the characteristics of electromagnetic waves and briefs on Maxwell's equation. We will also learn about the transverse nature of electromagnetic waves, along with the spectrum.

Electromagnetic Waves

In this chapter, we will learn the concept of alternating current. We will learn how to find the root mean square value of alternating current. It also briefs on the mechanism of electrical oscillations.

Alternating Current

This chapter explains the concept of electromagnetic induction. It explains Faraday's laws and the methods of changing the magnetic flux. We will also study the mutual inductance of two long coaxial solenoids.

Electromagnetic Induction

The chapter deals with the formation of magnetic fields, magnetism and Gauss' law. It explains Earth's magnetism, magnetisation and magnetic intensity. The magnetic properties of different materials, permanent and electromagnets are also discussed.

Magnetism and Matter

This chapter discusses the concept of the magnetic field. We will study the applications of Biot-Savart's law and Ampere’s circuital law. We will understand the motion of a charged particle in combined electric and magnetic fields.

Moving Charges and Magnetism

This chapter sheds light on the current electricity. It discusses the sources of direct current, electric circuits, and detection of current through diagrams. It also describes Ohm’s law, electrical resistance, and conductors and insulators.

Current Electricity

This chapter covers topics like electric potential and potential difference, electric potential energy, electric potential due to a dipole, capacitors and capacitance, energy stored in capacitor, and energy density in electric field.

Electrostatic Potential, Potential Energy and Capacitance

In this chapter, we will learn about the electric charge. It highlights Coulomb's law and the superposition principle. We will study the mechanism of the electric field in detail. It also covers the definition of electric dipole moment.

Electric Charges and Fields

Laws of Reflection of Light (by a Plane Mirror)

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