CBSE Class 12 Physics
CBSE Class 12 Physics

By: Genius Academy

  • Board: CBSE , Language: Hinglish
  • Category: Classes , Sub Category: Class 12
  • Subject: Physics
  • 172
  • 6
What will you learn?

1. Efficient & effective problem-solving techniques

2. A comprehensive & exhaustive approach towards CBSE Class 12 Physics

3. Identification and Improvement of the week topics

4. Time management & attention on topics via self-analysis

Course Description

CBSE Class 12 Physics Course by Prof. Pradeep Kshetrepal helps the learners to grasp puzzling concepts of physics in an interesting manner to ensure excellent preparation for board examinations from the convenience of home. The high-quality video lessons recorded exclusively by him covers all concepts of CBSE Class 12 Physics and provide the students with an edge in terms of rich course content and coverage.

Curriculum

Electric Charges and Fields

  • Electric charge Preview
  • Electric charge
  • Electric charge
  • Electric charge properties
  • Coulombs law
  • Vector form of Coulombs law
  • Numerical on coulombs law 01
  • Numerical on coulombs law 02
  • Electric charge
  • Distribution of electric charge
  • Dipole
  • Dipole electric charge
  • Dipole Torque and Energy
  • Electrostatics
  • Electric field due to field of charge
  • Electric field
  • Gauss theorem application 01
  • Gauss theorem Application 02
  • Electric field due to sheet
  • Electric field due to parallel sheet
  • Electric field due to shell of charge
  • Electric field due to sphere of charge
  • Exercise-1
  • Electric field numerical
  • Exercise -2
  • Exercise Question -1
  • Exercise Question -3
  • Exercise field Potential
  • IIT Questions

Electrostatic Potential and Capacitance

  • Potential
  • Potential due to point charge
  • Potential difference
  • Potential due to dipole
  • Potential due to shell
  • Equipotential surface
  • Energy in system of charges
  • Capacitor Introduction
  • Capacitance
  • Combination of capacitors
  • Mixed combination capacitor
  • Capacitor combination exercises
  • Tension and Force in capacitor
  • Energy in capacitor
  • Dielectrics
  • Inserting a plate within a dielectrics
  • NCERT Exercise-1
  • NCERT Exercise-2
  • NCERT Exercise-3
  • NCERT Exercise-4

Current Electricity

  • Electric current Introduction
  • Circuit and EMF
  • Drift Velosity
  • Types of current
  • Current and Drift Velocity
  • Ohms law
  • Resistance Introduction
  • Resistivity and Current Density
  • Combination of Resistance
  • Carbon Resistors
  • Potential Drop in a Circuit
  • Cells and EMF
  • Combination of Cells
  • Kirchoffs Rule
  • Wheatstone bridge
  • Potentiometer
  • Potentiometer Application
  • Exercise-1
  • Exercise-2
  • Exercise-3
  • Exercise-4
  • Untitled Lecture

Moving Charges and Magnetism

  • Introduction - Magnetic effect of electric current
  • Force on Moving Charge
  • Motion of Charged Particle in Electromagnetic Field
  • Cyclotron, Velocity Filter
  • Biot - Sawarts Law
  • Magnetic Field Due to Current Carring Conductor
  • Application of Bio Sevart Law
  • Amperes Law
  • Application of Amperes Law
  • Mag. Field Inside a CC Carring
  • Magnetic Field Lines
  • Force between Two C.C. Conductor D
  • Galvanometer
  • Magnetism Due to Electron
  • Magnetic Effect of Electric Current - Exercise 4 (4.1 - 4.10)
  • Magnetic Effect of Electric Current - Exercise 4 - 24
  • Magnetic Effect of Electric Current - Exercise 25 - 28

Magnetism And Matter

  • Magnet introduction
  • Magnet in external magnetic field
  • Earth as Magnet
  • Magnetism terms and and condition
  • Classification of material
  • Hysteresis

Electromagnetic Induction

  • Faraday's Laws
  • Motional EMF
  • Eddy current
  • Self Inductance
  • Mutual Inductance
  • GENERATOR

Alternating Current

  • Mean value of A.C
  • Phase changes in A.C
  • Circuit with Resistance and Inductance
  • Circuit with capacitor

Electromagnetic Waves

  • E.M.Waves,Maxwel laws
  • EM Wave formation
  • EM Waves properties
  • Spectrum
  • Exercise

Ray Optics and Optical Instruments

  • Reflection
  • Reflection rules
  • Mirror formula
  • Image formation
  • Miscelleneous app
  • Refraction Intro
  • Refraction effects
  • Total Internal Reflection
  • Application of T.I.R.
  • Refraction through Slab
  • Prism
  • Refraction from curved surface
  • Lens makers formula
  • Focal Length
  • Lens formula and Image formation
  • Combination of lens
  • Microscope
  • Telescope
  • Reflecting Telescope
  • Dispersion
  • Rainbow

Wave Optics

  • Corpuscular theory
  • Wave theory of light
  • Construction and propagation of wave fronts
  • Superposition of Wave
  • Mathematical expression of superposition of waves
  • Youngs double slit experiment
  • Diffraction
  • Polarization of light
  • Polarization by reflection

Dual Nature of Radiation and Matter

  • Emission of Electron
  • Photo Electric effect
  • PhotoElectric effect-2
  • Dual nature of light
  • Dual nature of matter
  • Dual nature of matter-2

Atoms

  • Atom Intro
  • Rutherford Experiment
  • Atomic spectra
  • Bohr's model of atom
  • Hydrogen Spectra
  • Debroglie's explanation of Bohr's model

Semiconductor Electronic

  • Semiconductor intro
  • Energy level classification
  • TYPES OF SEMICONDUCTOR
  • Types of entrinsic semiconductor
  • P-N junction diode
  • Biasing P-N Junction Diode
  • Rectifier
  • Zener Diode
  • Photo Diode
  • Light Emmiting Diode
  • Solar Cell
  • Transistor Description
  • Transistor Working
  • Current Amplification in Transistor

Communication

  • Communication Introduction
  • Important Terms
  • Bandwidth
  • Propagation of Waves
  • Space Waves
  • Amplitude Modulation
  • Production Transmission and Reception of Signals