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