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- English
- CLASS 11 > CHEMISTRY
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arrow_drop_down 1. introduction to hydrocarbonsINTRODUCTION TO HYDROCARBONS
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arrow_drop_down 2. stoichiometrySTOICHIOMETRY
- 2.1 avogadro's hypothesisAVOGADRO'S HYPOTHESIS
- 2.2 application of avogadro's hypothesisAPPLICATION OF AVOGADRO'S HYPOTHESIS
- 2.3 dalton's atomic theoryDALTON'S ATOMIC THEORY
- 2.4 calculations based on mole conceptCALCULATIONS BASED ON MOLE CONCEPT
- 2.5..1 laws of stoichiometryLAWS OF STOICHIOMETRY
- 2.5..2 laws of stoichiometryLAWS OF STOICHIOMETRY
- 2.6 yield of a reactionYIELD OF A REACTION
- 2.7 determination of empirical & molecular formula from % compositionDETERMINATION OF EMPIRICAL & MOLECULAR FORMULA FROM % COMPOSITION
- 2.8 mole conceptMOLE CONCEPT
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arrow_drop_down 3. atomic structureATOMIC STRUCTURE
- 3.1 rutherford's atomic modelRUTHERFORD'S ATOMIC MODEL
- 3.2 bohr's atomic modelBOHR'S ATOMIC MODEL
- 3.3 wave mechanical model of atomWAVE MECHANICAL MODEL OF ATOM
- 3.3 hund's rule of max spin multiplicityHUND'S RULE OF MAX SPIN MULTIPLICITY
- 3.3 origin of hydrogen spectraORIGIN OF HYDROGEN SPECTRA
- 3.4 concept of probability and atomic orbital CONCEPT OF PROBABILITY AND ATOMIC ORBITAL
- 3.5 quantum numberQUANTUM NUMBER
- 3.6 aufbau's principle & pauli's exclusion principle AUFBAU'S PRINCIPLE & PAULI'S EXCLUSION PRINCIPLE
- arrow_drop_down 4. classification of elements and periodic tableCLASSIFICATION OF ELEMENTS AND PERIODIC TABLE
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arrow_drop_down 5. chemical bonding and shapes of moleculesCHEMICAL BONDING AND SHAPES OF MOLECULES
- 5.1 valence shell, valence electron and octet theoryVALENCE SHELL, VALENCE ELECTRON AND OCTET THEORY
- 5.2 ionic bonds and its propertiesIONIC BONDS AND ITS PROPERTIES
- 5.3 covalent bond and its propertiesCOVALENT BOND AND ITS PROPERTIES
- 5.4 co-ordinate covalent bond and it's propertiesCO-ORDINATE COVALENT BOND AND IT'S PROPERTIES
- 5.5 lewis dot structureLEWIS DOT STRUCTURE
- 5.6..1 vsepr theoryVSEPR THEORY
- 5.7..1 resonanceRESONANCE
- 5.8 bond characteristicsBOND CHARACTERISTICS
- 5.9 hybridizationHYBRIDIZATION
- 5.10 vanderwal's force and molecular solidVANDERWAL'S FORCE AND MOLECULAR SOLID
- 5.11 metallic bonding and properties of metallic solidMETALLIC BONDING AND PROPERTIES OF METALLIC SOLID
- 5.12 valance bond theoryVALANCE BOND THEORY
- 5.12..1 hydrogen bondingHYDROGEN BONDING
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arrow_drop_down 6. oxidation and reductionOXIDATION AND REDUCTION
- 6.1 concept of oxidation and reductionCONCEPT OF OXIDATION AND REDUCTION
- 6.2 oxidation numberOXIDATION NUMBER
- 6.3 oxidizing agent, reducing agent and redox reactionOXIDIZING AGENT, REDUCING AGENT AND REDOX REACTION
- 6.4 balancing redux reaction by oxidation number methodBALANCING REDUX REACTION BY OXIDATION NUMBER METHOD
- 6.5 balancing redox reaction by ion electron methodBALANCING REDOX REACTION BY ION ELECTRON METHOD
- 6.6 qualitative aspect of electrolysisQUALITATIVE ASPECT OF ELECTROLYSIS
- 6.7 faraday's first law of electrolysisFARADAY'S FIRST LAW OF ELECTROLYSIS
- 6.8 faraday's second law of electrolysisFARADAY'S SECOND LAW OF ELECTROLYSIS
- 6.9 calculation related to faraday's law of electrolysisCALCULATION RELATED TO FARADAY'S LAW OF ELECTROLYSIS
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arrow_drop_down 7. states of matterSTATES OF MATTER
- 7.1..1 boyle's lawBOYLE'S LAW
- 7.1..2 charle's lawCHARLE'S LAW
- 7.1..3 avogadro's lawAVOGADRO'S LAW
- 7.1..4 combined gas equationCOMBINED GAS EQUATION
- 7.1..5 daltons law of partial pressureDALTONS LAW OF PARTIAL PRESSURE
- 7.1..7 ideal gas equationIDEAL GAS EQUATION
- 7.1..8 numericals of ideal gas equationNUMERICALS OF IDEAL GAS EQUATION
- 7.1..9 deviation of real gas from ideal behaviourDEVIATION OF REAL GAS FROM IDEAL BEHAVIOUR
- 7.1..10 kinetic theory of gas and its postulateKINETIC THEORY OF GAS AND ITS POSTULATE
- 7.9..9 numericals of charle's lawNUMERICALS OF CHARLE'S LAW
- 7.9 crystalline solid and amorphous solidCRYSTALLINE SOLID AND AMORPHOUS SOLID
- 7.9 numericals of dalton's law of partial pressureNUMERICALS OF DALTON'S LAW OF PARTIAL PRESSURE
- 7.9 graham's law of diffusionGRAHAM'S LAW OF DIFFUSION
- 7.10 numericals of combined gas equationNUMERICALS OF COMBINED GAS EQUATION
- arrow_drop_down 8. chemical equilibriumCHEMICAL EQUILIBRIUM
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arrow_drop_down 9. chemistry of non metalsCHEMISTRY OF NON METALS
- 9.1 hydrogenHYDROGEN
- 9.2 oxygenOXYGEN
- 9.4 nitrogen (hno3) part 1NITROGEN (HNO3) PART 1
- 9.4..1 nitrogen (hno3)-part 2NITROGEN (HNO3)-PART 2
- 9.5 properties and uses of h2s gas.PROPERTIES AND USES OF H2S GAS.
- 9.6 carbon compounds (co)CARBON COMPOUNDS (CO)
- 9.7 isotopes of hydrogen and irs applications.ISOTOPES OF HYDROGEN AND IRS APPLICATIONS.
- 9.8 nitrogen compound-ammonia gas preparation .NITROGEN COMPOUND-AMMONIA GAS PREPARATION .
- 9.9 halogens introduction, preparations and their characteristicsHALOGENS INTRODUCTION, PREPARATIONS AND THEIR CHARACTERISTICS
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arrow_drop_down 10. chemistry of metalsCHEMISTRY OF METALS
- 10.1 types of metallurgyTYPES OF METALLURGY
- 10.2 general principle of extraction of metals part 1GENERAL PRINCIPLE OF EXTRACTION OF METALS PART 1
- 10.3 different terms used in metallurgyDIFFERENT TERMS USED IN METALLURGY
- 10.4 sodium hydroxideSODIUM HYDROXIDE
- 10.4 alkali metalsALKALI METALS
- 10.5 extraction of sodium by down's processEXTRACTION OF SODIUM BY DOWN'S PROCESS
- 10.6..6 compounds of calcium and magnesiumCOMPOUNDS OF CALCIUM AND MAGNESIUM
- 10.7..7 properties and uses of sodiumPROPERTIES AND USES OF SODIUM
- 10.8..8 sodium carbonateSODIUM CARBONATE
- 10.9..9 alkaline earth metalsALKALINE EARTH METALS
- 10.10..10 crystallization, crystal lattice and unit cellCRYSTALLIZATION, CRYSTAL LATTICE AND UNIT CELL
- 10.11..11 periodic trend in ionization potential PERIODIC TREND IN IONIZATION POTENTIAL
- 10.12..12 solubility and thermal stability of oxosalt of alkaline earth metalSOLUBILITY AND THERMAL STABILITY OF OXOSALT OF ALKALINE EARTH METAL
- 10.13 general principle of extraction of metal part 2GENERAL PRINCIPLE OF EXTRACTION OF METAL PART 2
- arrow_drop_down 11. aromatic hydrocarbonsAROMATIC HYDROCARBONS
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arrow_drop_down 12. basic concept of organic chemistryBASIC CONCEPT OF ORGANIC CHEMISTRY
- 12.1 alkyl groups, functional groups and homologous seriesALKYL GROUPS, FUNCTIONAL GROUPS AND HOMOLOGOUS SERIES
- 12.2 classification of organic compoundCLASSIFICATION OF ORGANIC COMPOUND
- 12.4 preliminary idea of cracking, quality of gasoline, octane numberPRELIMINARY IDEA OF CRACKING, QUALITY OF GASOLINE, OCTANE NUMBER
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arrow_drop_down 13. fundamental principles of organic chemistryFUNDAMENTAL PRINCIPLES OF ORGANIC CHEMISTRY
- 13.1 iupac systemIUPAC SYSTEM
- 13.2..1 nomenclature of hydrocarbonsNOMENCLATURE OF HYDROCARBONS
- 13.3 nomenclature of organic compounds having one functional groupNOMENCLATURE OF ORGANIC COMPOUNDS HAVING ONE FUNCTIONAL GROUP
- 13.4 nomenclature of organic compounds: polyfunctional groupsNOMENCLATURE OF ORGANIC COMPOUNDS: POLYFUNCTIONAL GROUPS
- 13.6 detection of foreign elementsDETECTION OF FOREIGN ELEMENTS
- 13.7 inductive effectINDUCTIVE EFFECT
- 13.8 attacking reagentATTACKING REAGENT
- 13.9 covalent bond fissionCOVALENT BOND FISSION
- 13.10 structural isomerism and its typesSTRUCTURAL ISOMERISM AND ITS TYPES
- 13.11 resonance effectRESONANCE EFFECT
- arrow_drop_down 14. hydrocarbonsHYDROCARBONS
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arrow_drop_down 15. foundation and fundamentalFOUNDATION AND FUNDAMENTAL
- 15.1 introduction and scope of chemistryINTRODUCTION AND SCOPE OF CHEMISTRY
- 15.2 basic concept of chemistry (part 2)BASIC CONCEPT OF CHEMISTRY (PART 2)
- 15.2 percentage composition from molecular formulaPERCENTAGE COMPOSITION FROM MOLECULAR FORMULA
- 15.2 basic concept of chemistry(part 1)BASIC CONCEPT OF CHEMISTRY(PART 1)
- arrow_drop_down 16. introduction to bio inorganic chemistryINTRODUCTION TO BIO INORGANIC CHEMISTRY
- arrow_drop_down 17. modern chemical manufactureMODERN CHEMICAL MANUFACTURE
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arrow_drop_down 1. introduction to hydrocarbonsINTRODUCTION TO HYDROCARBONS