-
- English
- CLASS 11 > CHEMISTRY
-
-
- arrow_drop_down 1. preliminary idea of reaction mechanismPRELIMINARY IDEA OF REACTION MECHANISM
- arrow_drop_down 2. fundamental principles of organic chemistryFUNDAMENTAL PRINCIPLES OF ORGANIC CHEMISTRY
- arrow_drop_down 3. nomenclature of organic compoundsNOMENCLATURE OF ORGANIC COMPOUNDS
- arrow_drop_down 4. introduction to hydrocarbonsINTRODUCTION TO HYDROCARBONS
- arrow_drop_down 6. unsaturated hydrocarbonsUNSATURATED HYDROCARBONS
-
arrow_drop_down 7. chemical arithmeticCHEMICAL ARITHMETIC
- 7.1 dalton's atomic theoryDALTON'S ATOMIC THEORY
- 7.2..1 laws of stoichiometry - part 1LAWS OF STOICHIOMETRY - PART 1
- 7.2..2 laws of stoichiometry - part 2LAWS OF STOICHIOMETRY - PART 2
- 7.3 avogadro's hypothesisAVOGADRO'S HYPOTHESIS
- 7.4 application of avogradro's hypothesisAPPLICATION OF AVOGRADRO'S HYPOTHESIS
- 7.5 mole concept (introduction)MOLE CONCEPT (INTRODUCTION)
- 7.6 calculation based on mole conceptCALCULATION BASED ON MOLE CONCEPT
- 7.7 limiting reactant and excess reactantLIMITING REACTANT AND EXCESS REACTANT
- 7.7 faradays first law of electrolysisFARADAYS FIRST LAW OF ELECTROLYSIS
- 7.8 yield of a reactionYIELD OF A REACTION
- 7.8 faradays second law of electrolysisFARADAYS SECOND LAW OF ELECTROLYSIS
- 7.9 calculation related to faraday's law of electrolysisCALCULATION RELATED TO FARADAY'S LAW OF ELECTROLYSIS
-
arrow_drop_down 8. oxidation and reductionOXIDATION AND REDUCTION
- 8.1 concept of oxidation and reductionCONCEPT OF OXIDATION AND REDUCTION
- 8.2 oxidation numberOXIDATION NUMBER
- 8.3 oxidizing agent, reducing agent and redox reactionOXIDIZING AGENT, REDUCING AGENT AND REDOX REACTION
- 8.4 balancing redox reaction by oxidation number methodBALANCING REDOX REACTION BY OXIDATION NUMBER METHOD
- 8.5 balancing redox reaction by ion electron methodBALANCING REDOX REACTION BY ION ELECTRON METHOD
- 8.6 qualitative aspect of electrolysisQUALITATIVE ASPECT OF ELECTROLYSIS
- 8.9 determination of empirical & molecular formula from % compositionDETERMINATION OF EMPIRICAL & MOLECULAR FORMULA FROM % COMPOSITION
-
arrow_drop_down 9. states of matterSTATES OF MATTER
- 9.1 kinetic theory of gas and its postulateKINETIC THEORY OF GAS AND ITS POSTULATE
- 9.1 crystalline solid and amorphous solidCRYSTALLINE SOLID AND AMORPHOUS SOLID
- 9.1 types of solidTYPES OF SOLID
- 9.1 evaporation, vapour pressure and boiling pointEVAPORATION, VAPOUR PRESSURE AND BOILING POINT
- 9.2 boyle's lawBOYLE'S LAW
- 9.3 charle's lawCHARLE'S LAW
- 9.3 efflorescent, hygroscopic and deliquescent solidEFFLORESCENT, HYGROSCOPIC AND DELIQUESCENT SOLID
- 9.3 numericals of charle's lawNUMERICALS OF CHARLE'S LAW
- 9.4 combined gas equationCOMBINED GAS EQUATION
- 9.4 crystallization, crystal lattice and unit cellCRYSTALLIZATION, CRYSTAL LATTICE AND UNIT CELL
- 9.5 avogadro's lawAVOGADRO'S LAW
- 9.5 numericals of combined gas equationNUMERICALS OF COMBINED GAS EQUATION
- 9.6 daltons law of partial pressureDALTONS LAW OF PARTIAL PRESSURE
- 9.6..1 numericals of dalton's law of partial pressureNUMERICALS OF DALTON'S LAW OF PARTIAL PRESSURE
- 9.7..1 graham's law of diffusionGRAHAM'S LAW OF DIFFUSION
- 9.7..2 numericals of graham's law of diffusionNUMERICALS OF GRAHAM'S LAW OF DIFFUSION
- 9.8..1 ideal gas equationIDEAL GAS EQUATION
- 9.8..2 numericals of ideal gas equationNUMERICALS OF IDEAL GAS EQUATION
- 9.9 deviation of real gas from ideal behaviourDEVIATION OF REAL GAS FROM IDEAL BEHAVIOUR
- arrow_drop_down 10. classification of elementsCLASSIFICATION OF ELEMENTS