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வேதியியல் 11 வது வகுப்பு (Chemistry 11th std)

வேதியியல் 11 வது வகுப்பு
-:- Chemistry - the Centre of Life
-:- Classification of Matter
-:- Atomic Masses
-:- Molecular Mass
-:- Mole Concept
-:- Avogadro Number
-:- Molar Mass
-:- Molar Volume
-:- Gram Equivalent Concept
-:- Empirical Formula and Molecular Formula
-:- Determination of Empirical Formula from Elemental Analysis Data
-:- Calculation of Molecular Formula from Empirical Formula
-:- Stoichiometry
-:- Stoichiometric Calculations
-:- Limiting Reagents
-:- Redox Reactions
-:- Oxidation Number
-:- Types of Redox Reactions
-:- Balancing (the Equation) of Redox Reactions
-:- Summary - Chemistry: Basic Concepts of Chemistry and Chemical Calculations
-:- Evaluate Yourself: Basic Concepts of Chemistry and Chemical Calculations
-:- Choose the best answer: Basic Concepts of Chemistry and Chemical Calculations
-:- Brief questions and answers: Basic Concepts of Chemistry and Chemical Calculations
-:- Solved Example Problems: Basic Concepts of Chemistry and Chemical Calculations
-:- Introduction to atom models
-:- Bohr atom model
-:- Limitation of Bohr's atom model
-:- Wave particle duality of matter
-:- Quantisation of angular momentum and de Broglie concept
-:- Heisenberg’s uncertainty principle
-:- Quantum mechanical model of atom - Schrodinger Equation
-:- Main features of the quantum mechanical model of atom
-:- Quantum numbers
-:- Shapes of atomic orbitals
-:- Energies of orbitals
-:- Filling of orbitals
-:- Aufbau principle
-:- Pauli Exclusion Principle
-:- Hund's rule of maximum multiplicity
-:- Electronic configuration of atoms
-:- Stability of half filled and completely filled orbitals
-:- Summary: Chemistry: Quantum Mechanical Model of Atom
-:- Evaluate Yourself: Chemistry: Quantum Mechanical Model of Atom
-:- Choose the best answer: Chemistry: Quantum Mechanical Model of Atom
-:- Brief questions and answers: Chemistry: Quantum Mechanical Model of Atom
-:- Solved Example Problems: Chemistry: Quantum Mechanical Model of Atom
-:- Periodic Classification of Elements
-:- Classification of Elements
-:- Mendeleev's Classification
-:- Anomalies of Mendeleev’s Periodic Table
-:- Moseley's Work and Modern Periodic Law
-:- Modern Periodic Table
-:- Nomenclature of Elements with Atomic Number Greater than 100
-:- Grouping of Elements based on Electronic Configurations
-:- Periodic Trends in Properties
-:- Atomic radius
-:- Ionic radius
-:- Ionisation enthalpy or Ionisation Energy
-:- Electron gain enthalpy (Electron Affinity)
-:- Electronegativity
-:- Periodic Trends in Chemical Properties
-:- Anomalous properties of second period elements
-:- Periodic Trends and Chemical Reactivity
-:- Summary: Chemistry Periodic Classification of Elements
-:- Evaluate Yourself: Chemistry Periodic Classification of Elements
-:- Choose the best Answer: Chemistry Periodic Classification of Elements
-:- Brief Questions and Answers: Chemistry Periodic Classification of Elements
-:- Hydrogen
-:- Position in Periodic Table
-:- Isotopes of Hydrogen
-:- Ortho- and Para-Hydrogen
-:- Preparation of Hydrogen
-:- Properties of Hydrogen
-:- Uses of Hydrogen
-:- Water - Compounds of Hydrogen
-:- Physical and Chemical Properties of Water
-:- Hard and Soft Water
-:- Heavy Water
-:- Chemical properties and Uses of heavy water
-:- Hydrogen Peroxide
-:- Physical and Chemical properties of Hydrogen Peroxide
-:- Uses of hydrogen peroxide
-:- Structure of hydrogen peroxide
-:- Hydrides
-:- Hydrogen Bonding
-:- Summary: Chemistry: Hydrogen
-:- Choose the best Answer: Hydrogen (Chemistry)
-:- Brief Questions: Hydrogen (Chemistry)
-:- s-Block Elements
-:- Alkali metals
-:- General characteristics of alkali metals
-:- Distinctive behavior of lithium
-:- Chemical properties of alkali metals
-:- Uses of alkali metals
-:- General characteristics of the compounds of alkali metals
-:- Important compounds of alkali metals
-:- Sodium Carbonate (Washing soda): Properties and uses
-:- Sodium chloride NaCl (Cooking salt or Table salt)
-:- Sodium hydroxide
-:- Sodium bicarbonate (Backing soda)
-:- Biological importance of sodium and potassium
-:- Alkaline earth metals
-:- General characteristics of alkaline earth metals
-:- Distinctive behavior of beryllium
-:- Chemical properties of alkaline earth metals
-:- Uses of alkaline earth metals
-:- General characteristics of the compounds of the alkaline earth metals
-:- Important compounds of calcium
-:- Quick lime, CaO: Preparation, Properties, Uses
-:- Calcium hydroxide: Preparation, Properties, Uses
-:- Gypsum: Preparation, Properties, Uses
-:- Calcium Sulphate (Plaster of Paris): Preparation, Properties, Uses
-:- Biological importance of magnesium and calcium
-:- Summary: Alkali and Alkaline Earth Metals (Chemistry)
-:- Choose the best Answer: Alkali and Alkaline Earth Metals (Chemistry)
-:- Brief Questions: Alkali and Alkaline Earth Metals (Chemistry)
-:- Gaseous State
-:- The Gas Laws
-:- Boyle’s Law: Pressure-Volume Relationship
-:- Charles Law (Volume-temperature relationship)
-:- Gay-Lussac’s Law (Pressure-temperature relationship)
-:- Avogadro’s Hypothesis
-:- Ideal gas equation
-:- Mixture of gases - Dalton’s law of partial pressures
-:- Application of Dalton’s law
-:- Graham’ s Law of Diffusion
-:- Solved Example Problems: Dalton’s law of partial pressures
-:- Deviation from ideal gas behaviour
-:- Compressibility factor Z
-:- Compressibility factor for real gases
-:- Van der Waals Equation
-:- Pressure-Volume isotherms of Carbon dioxide
-:- Derivation of critical constants from van der Waals constant
-:- Liquefaction of gases
-:- Summary: Gaseous State (Chemistry)
-:- Evaluate Yourself: Gaseous State (Chemistry)
-:- Choose the best Answer: Gaseous State (Chemistry)
-:- Brief Questions and Answers: Gaseous State (Chemistry)
-:- Solved Example Problems: Gaseous State (Chemistry)
-:- Thermodynamics
-:- Thermodynamics System and Surrounding
-:- Types of Thermodynamic systems
-:- Properties of the Thermodynamics System
-:- Thermodynamic processes and its Types
-:- Thermodynamics State functions, path functions
-:- Internal Energy (U): Importance, Characteristics of Internal Energy
-:- Thermodynamics: Heat(q) and Work(w)
-:- Work involved in expansion and compression processes
-:- Zeroth law of thermodynamics
-:- First Law of Thermodynamics
-:- Mathematical statement of the first law
-:- Solved Example Problem: First Law of Thermodynamics
-:- Enthalpy (H)
-:- Relation between enthalpy 'H' and internal energy 'U'
-:- Enthalpy Changes for Different Types of Reactions and Phase Transitions
-:- Thermochemical Equations
-:- Solved Example Problem: Thermochemical Equations
-:- Measurement of ΔU and ΔH using Calorimetry
-:- Measurement of ΔU using bomb calorimeter
-:- Measurement of ΔH using coffee cup calorimeter
-:- Applications of the heat of combustion
-:- Hess’s law of constant heat Summation
-:- Lattice energy
-:- Born - Haber cycle for determining the lattice enthalpy of NaCl
-:- Second Law of thermodynamics
-:- Need for the second law of thermodynamics
-:- Various statements of the second law of thermodynamics
-:- Solved Example Problem: Second Law of thermodynamics
-:- Gibbs free energy (G)
-:- Criteria for spontaneity of a process
-:- Relationship between standard free energy change (ΔG0) and equilibrium constant (Keq)
-:- Solved Example Problems: Gibbs free energy (G)
-:- Third law of Thermodynamics
-:- Summary: Thermodynamics(Chemistry)
-:- Evaluate Yourself: Thermodynamics(Chemistry)
-:- Choose the best answer: Thermodynamics
-:- Brief Questions and Answers: Thermodynamics
-:- Solved Example Problem: Thermodynamics(Chemistry)