Class 11 > CHEMISTRY
1. Introduction to hydrocarbons
1.0. AVOGADRO'S HYPOTHESIS
2.0. APPLICATION OF AVOGADRO'S HYPOTHESIS
3.0. DALTON'S ATOMIC THEORY
4.0. CALCULATIONS BASED ON MOLE CONCEPT
5.1. LAWS OF STOICHIOMETRY
5.2. LAWS OF STOICHIOMETRY
6.0. YIELD OF A REACTION
7.0. DETERMINATION OF EMPIRICAL & MOLECULAR FORMULA FROM % COMPOSITION
8.0. MOLE CONCEPT
1.0. RUTHERFORD'S ATOMIC MODEL
2.0. BOHR'S ATOMIC MODEL
4.0. CONCEPT OF PROBABILITY AND ATOMIC ORBITAL
3.0. WAVE MECHANICAL MODEL OF ATOM
6.0. AUFBAU'S PRINCIPLE & PAULI'S EXCLUSION PRINCIPLE
5.0. QUANTUM NUMBER
3.0. HUND'S RULE OF MAX SPIN MULTIPLICITY
3.0. ORIGIN OF HYDROGEN SPECTRA
10.0. PERIODIC TREND IN ELECTRON AFFINITY AND ELECTRONEGATIVITY
10.0. PERIODIC TREND IN ATOMIC RADIUS
1.0. VALENCE SHELL, VALENCE ELECTRON AND OCTET THEORY
2.0. IONIC BONDS AND ITS PROPERTIES
3.0. COVALENT BOND AND ITS PROPERTIES
4.0. CO-ORDINATE COVALENT BOND AND IT'S PROPERTIES
5.0. LEWIS DOT STRUCTURE
6.1. VSEPR THEORY
7.1. RESONANCE
8.0. BOND CHARACTERISTICS
9.0. HYBRIDIZATION
10.0. VANDERWAL'S FORCE AND MOLECULAR SOLID
11.0. METALLIC BONDING AND PROPERTIES OF METALLIC SOLID
12.0. VALANCE BOND THEORY
12.1. HYDROGEN BONDING
1.0. CONCEPT OF OXIDATION AND REDUCTION
2.0. OXIDATION NUMBER
3.0. OXIDIZING AGENT, REDUCING AGENT AND REDOX REACTION
4.0. BALANCING REDUX REACTION BY OXIDATION NUMBER METHOD
5.0. BALANCING REDOX REACTION BY ION ELECTRON METHOD
6.0. QUALITATIVE ASPECT OF ELECTROLYSIS
7.0. FARADAY'S FIRST LAW OF ELECTROLYSIS
8.0. FARADAY'S SECOND LAW OF ELECTROLYSIS
9.0. CALCULATION RELATED TO FARADAY'S LAW OF ELECTROLYSIS
1.1. BOYLE'S LAW
1.2. CHARLE'S LAW
1.3. AVOGADRO'S LAW
1.4. COMBINED GAS EQUATION
1.5. DALTONS LAW OF PARTIAL PRESSURE
1.7. IDEAL GAS EQUATION
1.8. NUMERICALS OF IDEAL GAS EQUATION
1.9. DEVIATION OF REAL GAS FROM IDEAL BEHAVIOUR
1.10. KINETIC THEORY OF GAS AND ITS POSTULATE
9.9. NUMERICALS OF CHARLE'S LAW
9.0. CRYSTALLINE SOLID AND AMORPHOUS SOLID
9.0. NUMERICALS OF DALTON'S LAW OF PARTIAL PRESSURE
9.0. GRAHAM'S LAW OF DIFFUSION
10.0. NUMERICALS OF COMBINED GAS EQUATION
1.0. PHYSICAL AND CHEMICAL EQUILIBRIUM
2.0. LAW OF MASS ACTION AND EQUILIBRIUM CONSTANT
3.0. LE CHATELIER'S PRINCIPLE
4.0. RELATIONSHIP BETWEEN KP AND KC
1.0. HYDROGEN
2.0. OXYGEN
4.0. NITROGEN (HNO3) PART 1
4.1. NITROGEN (HNO3)-PART 2
5.0. PROPERTIES AND USES OF H2S GAS.
6.0. CARBON COMPOUNDS (CO)
7.0. ISOTOPES OF HYDROGEN AND IRS APPLICATIONS.
8.0. NITROGEN COMPOUND-AMMONIA GAS PREPARATION .
9.0. HALOGENS INTRODUCTION, PREPARATIONS AND THEIR CHARACTERISTICS
1.0. TYPES OF METALLURGY
2.0. GENERAL PRINCIPLE OF EXTRACTION OF METALS PART 1
3.0. DIFFERENT TERMS USED IN METALLURGY
4.0. SODIUM HYDROXIDE
5.0. EXTRACTION OF SODIUM BY DOWN'S PROCESS
6.6. COMPOUNDS OF CALCIUM AND MAGNESIUM
7.7. PROPERTIES AND USES OF SODIUM
8.8. SODIUM CARBONATE
9.9. ALKALINE EARTH METALS
10.10. CRYSTALLIZATION, CRYSTAL LATTICE AND UNIT CELL
11.11. PERIODIC TREND IN IONIZATION POTENTIAL
12.12. SOLUBILITY AND THERMAL STABILITY OF OXOSALT OF ALKALINE EARTH METAL
13.0. GENERAL PRINCIPLE OF EXTRACTION OF METAL PART 2
4.0. ALKALI METALS
2.0. KEKULE STRUCTURE AND RESONANCE STRUCTURE OF BENZENE
4.0. PRELIMINARY IDEA OF CRACKING, QUALITY OF GASOLINE, OCTANE NUMBER
1.0. ALKYL GROUPS, FUNCTIONAL GROUPS AND HOMOLOGOUS SERIES
2.0. CLASSIFICATION OF ORGANIC COMPOUND
9.0. COVALENT BOND FISSION
8.0. ATTACKING REAGENT
7.0. INDUCTIVE EFFECT
1.0. IUPAC SYSTEM
2.1. NOMENCLATURE OF HYDROCARBONS
3.0. NOMENCLATURE OF ORGANIC COMPOUNDS HAVING ONE FUNCTIONAL GROUP
4.0. NOMENCLATURE OF ORGANIC COMPOUNDS: POLYFUNCTIONAL GROUPS
6.0. DETECTION OF FOREIGN ELEMENTS
10.0. STRUCTURAL ISOMERISM AND ITS TYPES
11.0. RESONANCE EFFECT
1.0. PROPERTIES OF ALKENE
2.0. PREPARATION OF ALKENE
3.0. PROPERTIES OF ALKYNE
4.0. PREPARATION OF ALKYNE
5.0. PREPARATION OF ALKANE
5.0. PROPERTIES OF ALKANE
1.0. INTRODUCTION AND SCOPE OF CHEMISTRY
2.0. PERCENTAGE COMPOSITION FROM MOLECULAR FORMULA
2.0. BASIC CONCEPT OF CHEMISTRY(PART 1)
2.0. BASIC CONCEPT OF CHEMISTRY (PART 2)
1.0. INTRODUCTION AND IMPORTANCE OF METAL IONS IN BIOLOGICAL SYSTEM
2.0. ION PUMPS
3.0. METAL TOXICITY
1.0. FERTILIZERS
2.0. MANUFACTURE OF NAOH USING DIAPHRAGM CELL
3.0. MANUFACTURE OF NA2CO3 BY SOLVAY PROCESS
WAVE MECHANICAL MODEL OF ATOM
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