Curriculum
- 4 Sections
- 86 Lessons
- 365 Days
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- Class 12 Physics21
- 1.1Alternating current-I31 Minutes
- 1.2Alternating current-II39 Minutes
- 1.3Atoms29 Minutes
- 1.4Communication Systems32 Minutes
- 1.5Current Electricity40 Minutes
- 1.6Dual Nature of Radiation and Matter34 Minutes
- 1.7Electric Charges and Fields30 Minutes
- 1.8Electromagnetic Induction29 Minutes
- 1.9Electromagnetic Waves28 Minutes
- 1.10Electrostatic potential and capacitance-I29 Minutes
- 1.11Electrostatic potential and capacitance-II36 Minutes
- 1.12Magnetism and Matter30 Minutes
- 1.13Moving charges and magnetism-I31 Minutes
- 1.14Moving charges and magnetism-II31 Minutes
- 1.15Nuclei36 Minutes
- 1.16Ray Optics and Optical Instrument-I26 Minutes
- 1.17Ray Optics and Optical Instrument-II38 Minutes
- 1.18Semiconductor Electronics-I37 Minutes
- 1.19Semiconductor Electronics-II39 Minutes
- 1.20Wave Optics-I34 Minutes
- 1.21Wave Optics-II29 Minutes
- Class 12 Chemistry25
- 2.1Alcohols, Phenols and Ethers (I)29 Minutes
- 2.2Alcohols, Phenols and Ethers (II)38 Minutes
- 2.3Aldehydes, Ketones and Carboxylic acids-(I)27 Minutes
- 2.4Aldehydes, Ketones and Carboxylic acids-(II)37 Minutes
- 2.5Amines38 Minutes
- 2.6Biomolecules54 Minutes
- 2.7Chemical Kinetics44 Minutes
- 2.8Chemistry in everyday life40 Minutes
- 2.9Coordination Compounds46 Minutes
- 2.10Electrochemistry-I44 Minutes
- 2.11Electrochemistry-II30 Minutes
- 2.12Haloalkanes and Haloarenes-(I)27 Minutes
- 2.13Haloalkanes and Haloarenes-(II)36 Minutes
- 2.14Polymers39 Minutes
- 2.15Processes of isolation of elements40 Minutes
- 2.16Solid State-I21 Minutes
- 2.17Solid State-II26 Minutes
- 2.18Solid State-III27 Minutes
- 2.19Solutions-I33 Minutes
- 2.20Solutions-II35 Minutes
- 2.21Surface Chemistry56 Minutes
- 2.22The d and f-block elements-145 Minutes
- 2.23The P-block elements-I46 Minutes
- 2.24The P-block elements-II40 Minutes
- 2.25The P-block elements-III37 Minutes
- Class 12 Biology24
- 3.1Biodiversity and Conservation30 Minutes
- 3.2Biology in Human Welfare30 Minutes
- 3.3Biotechnology Principles and Processes35 Minutes
- 3.4Biotechnology and its Applications28 Minutes
- 3.5Ecosystem41 Minutes
- 3.6EnvironmentaI Issues-I27 Minutes
- 3.7Environmental Issues-II29 Minutes
- 3.8Evolution-I21 Minutes
- 3.9Evolution-II23 Minutes
- 3.10Human Health and Disease-I24 Minutes
- 3.11Human Health and Disease-II26 Minutes
- 3.12Human Reproduction-I20 Minutes
- 3.13Human Reproduction-II20 Minutes
- 3.14Microbes in Human Welfare30 Minutes
- 3.15Molecular Basis of Inheritance-I21 Minutes
- 3.16Molecular Basis of Inheritance-II21 Minutes
- 3.17Molecular Basis of Inheritance-III23 Minutes
- 3.18Organisms and Population37 Minutes
- 3.19Principles of Inheritance and variation-I22 Minutes
- 3.20Principles of Inheritance and variation-II18 Minutes
- 3.21Principles of Inheritance and variation-III22 Minutes
- 3.22Reproduction in Organisms20 Minutes
- 3.23Sexual Reproduction in Flowering Plants30 Minutes
- 3.24Strategies for Enhancement in Food Production30 Minutes
- Class 12 Maths16
- 4.1Algebra of Matrices-I21 Minutes
- 4.2Algebra of Matrices-II25 Minutes
- 4.3Algebra of Matrices-III25 Minutes
- 4.4Application of Derivatives37 Minutes
- 4.5Application of Integrals25 Minutes
- 4.6Continuity and Differentiability49 Minutes
- 4.7Determinants33 Minutes
- 4.8Differential Equations33 Minutes
- 4.9Integrals62 Minutes
- 4.10Inverse Trigonometric functions30 Minutes
- 4.11Linear Programming40 Minutes
- 4.12Probability54 Minutes
- 4.13Relations and Functions28 Minutes
- 4.14Tangent and Normal35 Minutes
- 4.15Three Dimensional Geometry46 Minutes
- 4.16Vector Algebra42 Minutes
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Biodiversity and Conservation
Biodiversity and Conservation
Biotechnology Principles and Processes
Biotechnology Principles and Processes