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
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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
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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
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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
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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
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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)
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Wave Optics
- Wavefront and Huygens Principle
- Laws of Reflection & Refraction, Doppler Effect
- Wave Optics Worksheet 01
- Worksheet-1 (Huygens Principle & Doppler Effect)
- Interference and Young’s experiment
- Wave Optics Worksheet 02
- Worksheet-2 (Interference of light)
- Diffraction of light
- Worksheet question diffraction of light
- Polarisation of Light
- Polarisation by Scattering
- Resolving Power
- Worksheet Question on Resolving power
- Worksheet-3 (Diffraction & Polarization)
-
Semiconductor Electronics: Materials, Devices, and Simple Circuits
- Introduction to Semiconductors
- Types of Semiconductors
- Introduction to PN Junction Diode & Junction Formation
- PN Junction I-V 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
Instructors
