This course is designed for Board students.
Course Curriculum

Dual Nature of Radiation & Matter
 Introduction to Dual Nature & Matter Waves Theory
 Davisson Germer Experiment
 Practice Questions on Matter Waves
 Matter Waves – Worksheet
 Introduction to Photo Electric Effect
 Photo Electric Effect Experiment
 PhotoElectric Effect – Special Graphs
 PhotoElectric Effect – In Class Exercise (Part – 01)
 PhotoElectric Effect – In Class Exercise (Part – 02)
 PhotoElectric Effect – Worksheet

Atoms
 Introduction to Atomic Models, Study of Thomson & Rutherford Model
 Questions based on Thomson & Rutherford Models
 DPP on Thomson & Rutherford Models
 Atomic Spectra – Emission & Absorption
 Bohr’s Model, Formula Radius, Velocity & Other Physical Quantities
 Different forms of Energy of electron in orbit, Energy derivation of electron
 Energy Diagram of electron in Hydrogen atom, Correlation with Photon energy
 Relating Bohr’s model with Atomic Spectra
 In Class Exercise Discussion : Part – 01
 In Class Questions Discussion : Part – 02
 Atoms : In Class Exercise & Home Assignment

Nucleus
 Nuclei Introduction and Basics (Part – I)
 Nuclei Introduction and Basics (Part – II)
 Discussion: In Class Exercise – 01
 Worksheet: In Class Exercise & Home Assignment – 01
 Mass Defect & Binding Energy Per Nucleon
 Endothermic & Exothermic Reactions – Nuclear Physics
 Nuclear Fission and Fusion
 Types of Decay – Alpha, Beta & Gamma
 Types of Decay (Some important results)
 Law of Radioactive Decay & Graphs
 Half Life, Mean Life and Decay Constant
 Discussion: In Class Exercise – 02 (Part – I)
 Discussion: In Class Exercise – 02 (Part – II)
 Worksheet: In Class Exercise & Home Assignment – 02

Electric Fields and Charges
 Introduction to Electrostatic
 Electrification of bodies and Properties of charges
 Discussion : In class exercise – 01
 Worksheet : Home assignment (01)
 Coulombs Law for Point Sources
 Vector form of Coulombs Law
 Forces between Multiple charges
 Discussion : In class exercise – 02
 Worksheet : Home assignment (02)
 Introduction of Electric Field
 Properties of Electric Field Lines
 Electric field at a point due to system of charges
 Motion of a charged particle in constant vertical field
 Electric field on the axis of ring
 Worksheet : In Class Exercise : 3
 Worksheet : Home Assignment : 3
 Discussion : In class exercise : 3
 Introduction – Electric dipole and dipole moment
 Electric field due to dipole at axial point
 Electric field due to dipole at equatorial point
 Torque on electric dipole in a uniform electric field
 Worksheet : 4
 Discussion : In class exercise : 4
 Electric Flux & Gauss Law
 Types of charge distribution
 Electric field at a point due to an infinitely long charged wire
 Electric field at a point due to an infinitely large charged sheet
 Discussion : In class exercise – 05
 Worksheet : In class exercise – 05

Electric Potential & Capacitance
 Electric Potential Energy
 Electric Potential
 Work Done
 Electric potential at a point due to an electric dipole
 Electrostatic potential energy of a system of charges
 Potential energy of a dipole in an external electric field
 Equipotential Surfaces
 Electric Field and Electric Potential
 Worksheet : In Class Exercise 1
 Discussion : In Class Exercise 1
 Solutions of In Class Exercise
 Electrostatics of Conductor (Part 1)
 Electrostatics of Conductor (Part 2)
 Dielectrics and Polarization
 Capacitor and Capacitance
 Parallel Plate Capacitor
 Combinations of Capacitors
 Capacitance with Multiple Dielectrics
 Energy Stored in a Capacitor
 Connecting two Capacitors
 Change in Parameters on Inserting a Dielectric
 Practice Questions on Capacitance (Part I)
 Practice Questions on Capacitance (Part II)
 Practice Questions on Capacitance (Part III)
 Worksheet : Capacitance
 Solutions : In Class Exercise – Capacitance

Current Electricity
 Electric Current and Current Density
 Ohm’s Law and its Limitations
 Combinations of Resistances
 Resistivity and its Dependency on Temperature
 Electric Energy and Power
 Drift Velocity & Mobility
 Worksheet : In Class Exercise – 1
 Discussion : In Class Exercise – 1
 Worksheet : In Class Exercise – 2
 Discussion : In Class Exercise – 2
 Basic Terminologies of a Cell
 Combination of Identical Cells
 Combination of Non Identical Cells
 Worksheet : 3 (Cells)
 Discussion : In Class Exercise – 3
 Kirchoff Laws (Current & Voltage Law)
 Practice Questions on Kirchoff Laws
 Worksheet : 4 (Kirchoff’s Laws)
 Wheatstone Bridge
 Meter Bridge
 Introduction to the Concept of Potentiometer
 Applications of Potentiometer
 Practice Questions on Measuring Instruments
 Worksheet : 5 (Measuring Instruments)

Moving Charges & Magnetism
 Introduction to Magnetic Effect and Biot Savart Law
 Applications of Biot Savart Law (Part I)
 Applications of Biot Savart Law (Part II)
 Applications of Biot Savart Law (Part III)
 Worksheet: 1 (Biot Savart Law)
 Introduction to Ampere’s Circuital Law
 Applications of Ampere Circuital Law Part I
 Application of Ampere Circuital Law Part II
 Introduction to Lorentz Force
 Motion of Moving Charge in External Magnetic Field
 Practice Questions on Force on Moving Charge
 Motion of Charged Particle in Electric and Magnetic Field (Cyclotron)
 Motion of Charged Particle in Electric and Magnetic Field (Velocity Selector)
 Worksheet: 2 (Ampere’s Law & Moving Charges)
 Magnetic Force on Current Carrying Conductor
 Magnetic Force Between Two Parallel Conductors
 Torque Acting on Current Carrying Loop
 Practice Questions on Torque Acting on a Current Carrying Loop
 Moving Coil Galvanometer
 Ammeter and Voltmeter from Galvanometer
 Worksheet: 3 (Magnetic Force & Torque)

Magnetism & Matter
 Analogy Between Electrostatics and Magnetostatics
 Magnetic Moment produced by a revolving electron
 Worksheet : In Class Exercise 1
 Discussion : In Class Exercise 1
 Earth’s Magnetism
 In Class Exercise – 2
 Discussion – In Class Exercise – 2 ( Earths Magnetic Field )
 Various Terms Related to Magnetism
 Classification of Magnetic Material
 Properties of Different Magnetic Material
 Hysteresis Loop
 Worksheet : 02 (Earth’s Magnetism)

Electro Magnetic Induction (EMI)
 Introduction to Electro Magnetic Induction (EMI)
 Flux & Faraday’s Law
 Lenz Law & Conservation of Energy
 Practice Questions on Lenz Law (ICE 01)
 Motional EMF & Rotational EMF
 Practice Questions on Motional EMF & Rotational EMF (ICE 01)
 Flux, Faradays Law, Lenz Law, Motional & Rotational EMF – ICE 01
 Self Inductance
 Energy And Energy Density In Inductor
 Mutual Inductance
 Practice Questions on Self and Mutual Inductance
 AC Generator
 Self Inductance, Mutual Inductance & AC Generator – ICE 02

Alternating Current (AC)
 Statistical Terms Associated With AC Supply
 AC Voltage to Electrical Components – Only R (Part I)
 AC Voltage to Electrical Components – Only Inductor (Part II)
 AC Voltage to Electrical Components – Only Capacitor (Part III)
 AC Voltage to Electrical Components – series LCR (Part IV)
 Practice Questions on Statistical Terms and AC Circuits (Part I)
 Practice Questions on Statistical Terms and AC Circuits (Part II)
 Statistical Terms & AC Circuits – ICE WORKSHEET 01
 Resonance in LCR Circuits
 LC Oscillations
 Practice Questions on Resonance & LC Oscillations
 Resonance & LC Oscillations – ICE WORKSHEET 02
 Q Factor (Theoretical Derivation)
 Transformers
 Practice Questions on Transformers
 Transformers – ICE WORKSHEET 03

Ray Optics & Optical Instruments
 Reflection of Light (Basics & Plane Mirror)
 Relation between Focal Length and Radius of Curvature
 The Mirror Equation
 Spherical Mirrors (Ray Formation and Important Formula for Boards)
 Practice Questions on Spherical Mirror
 Reflection – ICE WORKSHEET 01
 Introduction to Refraction of Light
 Real & Apparent Distance
 Refraction through Glass Slab
 Total Internal Reflection (TIR)
 Applications of TIR
 Practice Questions on Refraction at Plane Surfaces
 Practice Questions on Refraction at Plane Surfaces – ICE WORKSHEET 02
 Refraction at Spherical Surfaces (Derivation)
 Lensmakers & Lens Formula (Derivation)
 Important Points of Refraction at Spherical Surface & Lensmakers
 Practice Questions on Refraction at Spherical Surface & Lensmakers
 Combination of lenses (Derivation)
 Spherical Lens (Ray Formation and Important Formula for Boards)
 Practice Questions on Lens Formula & Lens in Contact
 Refraction at Curved Surfaces & Lens – ICE WORKSHEET 03
 Refraction through Prism
 Dispersion through Prism
 Some Natural Phenomena due to Sunlight
 Practice Questions on Prism
 Dispersion & Deviation
 Introduction to Optical Instruments
 Optical Instrument (Simple Microscope)
 Optical Instruments (Compound Microscope)
 Practice Questions on Compound Microscope
 Optical Instruments (Telescope)
 Worksheet 03 (Refraction on curved surfaces and lens)

Wave Optics
 Wavefront and Huygens Principle
 Laws of Reflection & Refraction, Doppler Effect
 Wave Optics Worksheet 01
 Worksheet1 (Huygens Principle & Doppler Effect)
 Interference and Young’s experiment
 Wave Optics Worksheet 02
 Worksheet2 (Interference of light)
 Diffraction of light
 Worksheet question diffraction of light
 Polarisation of Light
 Polarisation by Scattering
 Resolving Power
 Worksheet Question on Resolving power
 Worksheet3 (Diffraction & Polarization)

Semiconductor Electronics: Materials, Devices, and Simple Circuits
 Introduction to Semiconductors
 Types of Semiconductors
 Introduction to PN Junction Diode & Junction Formation
 PN Junction IV Characteristics
 Diode as a Rectifier (Half Wave & Full Wave)
 Special Purpose Diodes
 Practice Questions on Semiconductors & Diodes
 Semiconductors, Diode & Applications, Special Purpose Diodes – ICE 01
 Logic Gates

Electromagnetic waves