PHYSICSCHEMISTRYBIOLOGYMATHEMATICS
CHAPTER 1: ELECTRIC CHARGE AND FIELDCHAPTER 1: SolutionsCHAPTER 1 : Sexual Reproduction in Flowering PlantsCHAPTER 1: Relations and Functions
CHAPTER 2: Electrostatic Potential and CapacitanceCHAPTER 2: ElectrochemistryCHAPTER 2: Human ReproductionCHAPTER 2: Inverse Trigonometric Functions
CHAPTER 3: Current ElectricityCHAPTER 3: Chemical KineticsCHAPTER 3 : Reproductive HealthCHAPTER 3: Matrices
CHAPTER 4: Moving Charges and MagnetismCHAPTER 4: d -and f -Block ElementsCHAPTER 4 : Principles of Inheritance and VariationCHAPTER 4: Determinants
CHAPTER 5: Magnetism and MatterCHAPTER 5: Coordination CompoundsCHAPTER 5: Molecular Basis of InheritanceCHAPTER 5: Continuity and Differentiability
CHAPTER 6: Electromagnetic InductionCHAPTER 6:Haloalkanes and HaloarenesCHAPTER 6: EvolutionCHAPTER 6: Application of Derivatives
CHAPTER 7: Alternating CurrentCHAPTER 7: Alcohols, Phenols and EthersCHAPTER 7: Human Health and DiseasesCHAPTER 7: Integrals
CHAPTER 8: Electromagnetic WavesCHAPTER 8: Aldehydes, Ketones and Carboxylic AcidsCHAPTER 8: Microbes in Human WelfareCHAPTER 8: Application of Integrals
CHAPTER 9: Ray Optics and Optical InstrumentsCHAPTER 9: AminesCHAPTER 9: Biotechnology – Principles and ProcessesCHAPTER 9: Differential Equations
CHAPTER 10: Wave OpticsCHAPTER 10: BiomoleculesCHAPTER 10: Biotechnology and its ApplicationsCHAPTER 10: Vectors
CHAPTER 11: Dual Nature of Radiation and MatterCHAPTER 11: Organisms and PopulationsCHAPTER 11: Three Dimensional Geometry
CHAPTER 12: AtomsCHAPTER 12: EcosystemCHAPTER 12: Linear Programming
CHAPTER 13: NucleiCHAPTER 13: Biodiversity and its ConservationCHAPTER 13: Probability
CHAPTER 14: Semiconductor Electronics:
Materials, Devices, and Simple Circuits