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Course Description
The course contains teachings of subject matter experts and master teachers who have covered all aspects of the subject in great details thereby simplifying concepts to ensure a better understanding & learning outcome. This supported by clips & story board ensures student engagement with an effective learning outcome & better knowledge retention. The content also incorporates interactive assessment modules which provides students with a tool to revise & to assess their understanding of the subject & concepts. Structured on Houghton Mifflin standards with pedagogy based high impact animated content with graphics, illustrations & videos. In this course you can learn subjects Biology, Physics, Chemistry, Mathematics.
Curriculum
- Section 1: Biology
- Section 1.1: Biodiversity and Conservation
- Section 1.1: Biotechnolgy Principles and Proce...
- Section 1.1: Biotechnology and its Application...
- Section 1.1: Ecosystem
- Section 1.1: Environmental Issues-I
- Section 1.1: Environmental Issues-II
- Section 1.1: Evolution-I
- Section 1.1: Evolution-II
- Section 1.1: Human Health and Disease-I
- Section 1.1: Human Reproduction-I
- Section 1.1: Human Health and Disease-II
- Section 1.1: Human Reproduction-II
- Section 1.1: Microbes in Human Welfare
- Section 1.1: Molecular Basis of Inheritance-I
- Section 1.1: Molecular Basis of Inheritance-II
- Section 1.1: Molecular Basis of Inheritance-II...
- Section 1.1: Organisms and Population
- Section 1.1: Principles of Inheritance and var...
- Section 1.1: Principles of Inheritance and var...
- Section 1.1: Principles of Inheritance and var...
- Section 1.1: Reproduction in Organisms
- Section 1.1: Reproductive health
- Section 1.1: Sexual Reproduction in flowering ...
- Section 1.1: Strategies for Enhancement in Foo...
- Section 2: Chemistry
- Section 2.1: Alcohols, Phenols and Ethers (I)
- Section 2.1: Alcohols, Phenols and Ethers (II)
- Section 2.1: Aldehydes, Ketones and Carboxylic...
- Section 2.1: Aldehydes, Ketones and Carboxylic...
- Section 2.1: Amines
- Section 2.1: Biomolecules
- Section 2.1: Chemical Kinetics
- Section 2.1: Chemistry in everyday life
- Section 2.1: Coordination Compounds
- Section 2.1: Electrochemistry-I
- Section 2.1: Electrochemistry-II
- Section 2.1: Haloalkanes and Haloarenes-(I)
- Section 2.1: Haloalkanes and Haloarenes-(II)
- Section 2.1: Polymers
- Section 2.1: Processes of isolation of element...
- Section 2.1: Solid State-I
- Section 2.1: Solid State-II
- Section 2.1: Solid State-III
- Section 2.1: Solutions-I
- Section 2.1: Solutions-II
- Section 2.1: Surface Chemistry
- Section 2.1: The d and f-block elements
- Section 2.1: The P-block elements-I
- Section 2.1: The P-block elements-II
- Section 2.1: The P-block elements-III
- Section 3: Physics
- Section 3.1: Alternating current-I
- Section 3.1: Alternating current-II
- Section 3.1: Atoms
- Section 3.1: Communication Systems
- Section 3.1: Current Electricity
- Section 3.1: Dual Nature of Radiation and Matt...
- Section 3.1: Electric Charges and Fields
- Section 3.1: Electromagnetic Induction
- Section 3.1: Electromagnetic Waves
- Section 3.1: Electrostatic potential and capac...
- Section 3.1: Electrostatic potential and capac...
- Section 3.1: Magnetism and Matter
- Section 3.1: Moving charges and magnetism-I
- Section 3.1: Moving charges and magnetism-II
- Section 3.1: Nuclei
- Section 3.1: Ray Optics and Optical Instrument...
- Section 3.1: Ray Optics and Optical Instrument...
- Section 3.1: Semiconductor Electronics-I
- Section 3.1: Semiconductor Electronics-II
- Section 3.1: Wave Optics-I
- Section 3.1: Wave Optics-II
- Section 4: Mathematics
- Section 4.1: Algebra of Matrices-I
- Section 4.1: Algebra of Matrices-II
- Section 4.1: Algebra of Matrices-III
- Section 4.1: Application of Derivatives
- Section 4.1: Application of Integrals
- Section 4.1: Continuity and Differentiability
- Section 4.1: Determinants
- Section 4.1: Differential Equations
- Section 4.1: Integrals
- Section 4.1: Inverse Trigonometric functions
- Section 4.1: Linear Programming
- Section 4.1: Probability
- Section 4.1: Relations and Functions
- Section 4.1: Tangent and Normal
- Section 4.1: Three Dimensional Geometry
- Section 4.1: Vector Algebra