CLASS XI-CHEMISTRY-TITLE 1
Some Basic Concepts of Chemistry – Part I & II
Law of conservation of mass 1. Law of definite proportions 2. Law of multiple proportions 3. Gay lussac’s law of gaseous volumes 4. Avogadro law 5. Atomic and molecular masses 6. Average atomic mass 7. Relative atomic mass 8. Molecular mass 9. Formula mass 10. Mole concept and molar mass 11. Mole concepts in terms of number of particles 12. Numerical – I 13. Mole concepts in terms of mass of substance 14. Mole concepts and molar mass cont…
CLASS XI-CHEMISTRY-TITLE 2
Some Basic Concepts of Chemistry – Part III & IV
Unit of molar mass 1. Mole concepts in terms of volume of gaseous substance 2. Numerical - II 3. Percentage composition 4. Empirical formula for molecular formula 5. Stoichiometry and stoichiometric calculations 6. Limiting reagent 7. Reactions in solutions 8. Molarity 9. Molarity 10. Mole fraction 11. Mass percent
CLASS XI-CHEMISTRY-TITLE 3
Structure of Atom – Part I & II
Sub-atomic particles 1. Discovery of electron 2. Charge to mass ratio of electron 3. Discovery of protons and neutrons 4. Properties of sub-atomic particles 5. Thomson model of atom 6. Ruther’s nuclear model of atom 7. Drawbacks of Rutherford model 8. Atomic mass and atomic number 9. Bohr’s model for hydrogen atom 10. Electromagnetic radiations 11. Hot and black body radiations 12. Photoelectric effect 13. Numerical – I 14. Numerical – II
CLASS XI-CHEMISTRY-TITLE 5
Structure of Atom – Part IV
Heisenberg’s uncertainty principle 1. Numerical – VII 2. Numerical – VIII 3. Quantum mechanical model of atom 4. Quantum numbers 5. Azimuthal Quantum number 6. Magnetic Quantum number 7. Electron spin Quantum number 8. Shapes of orbital’s 9. Electronic configuration
CLASS XI-CHEMISTRY-TITLE 6
Classification of Elements and Periodicity in Properties – Part I
Dobereiner’s law of triads 1. Newland’s law of octaves 2. Mendeleev’s periodic table 3. long form of periodic table 4. Modern periodic table 5. Nomenclature of elements 6. S-block elements 7. P-block elements 8. D-block elements 9. F-block elements
CLASS XI-CHEMISTRY-TITLE 7
Classification of Elements and Periodicity in Properties – Part II
Atomic radius 1. Trends of atomic size 2. Ionic radius 3. Lionization enthalpy 4. Electron gain enthalpy 5. Trend of Electron gain enthalpy 6. Electro negativity 7. Periodicity in Oxidation state 8. Anomalous behavior of 2nd period elements 9. Chemical reactivity
CLASS XI-CHEMISTRY-TITLE 8
Chemical Bonding and Molecular Structure – Part I & II
Kossel – Lewis concept 1. Octet rule 2. Covalent bond 3. Lewis representations of simple molecules 4. Co-ordinate covalent bond 5. Formal charge 6. Exceptions of octet rule 7. Ionic bond 8. Lattice enthalpy 9. Covalent bond 10. Bond length 11. Bond order and bond enthalpy 12. Bond angle 13. Resonance structures 14. Covalent bond
CLASS XI-CHEMISTRY-TITLE 10
Chemical Bonding and Molecular Structure – Part IV
Hybridisation 1. Types of Hybridisation 2. Hybridisation involving d orbital 3. Molecular orbital theory 4. Formation of molecular orbital 5. Electronic configuration and molecular behavior 6. Bonding in homonuclear diatomic molecules 7. Hydrogen bonding
CLASS XI-CHEMISTRY-TITLE 11
States of Matter
States of matter 1. Intermolecular forces 2. Thermal energy 3. Gaseous state 4. The gas laws 5. Boyle’s law and numerical 6. Charles’s law (temperature – volume relationship) 7. Numerical on Charles law 8. Gay lussac’s law (pressure-temperature relationship) 9. Gay lussac’s law numerical 10. Avogadro law (volumes – amount relationship) 11. Ideal gas equation 12. Density and molar mass of a gaseous substance 13. Dalton’s law of partial pressure 14. Numerical on Dalton’s law of partial pressure 15. Aqueous tension 16. Kinetic molecular theory of gases 17. Behavior of real gases deviation from ideal gases 18. Variation of compressibility factor for some gases 19. Liquification of gases 20. Vapour pressure 21. Surface tension viscosity
CLASS XI-CHEMISTRY-TITLE 12
Thermodynamics
Thermodynamics 1. The state of the system 2. The internal energy as a state function 3. Change in internal energy by doing – work 4. Application of first law of thermodynamics 5. Numerical – I 6. Enthalpy – H 7. Numerical – II 8. Extensive and intensive properties of enthalpy 9. Heat capacity 10. Measurement of ∆U & ∆H: calorimetry 11. Enthalpy change, ∆rH of a reaction enthalpy 12. Hess’s law of constant heat summation 13. Enthalpies for different types of reactions 14. Numerical – III 15. Enthalpy of solution 16. Spontaneity 17. Is decrease in enthalpy a criterion for spontaneity? 18. Entropy and spontaneity 19. Gibbs energy and spontaneity 20. Gibbs energy change and equilibrium
CLASS XI-CHEMISTRY-TITLE 13
Equilibrium – Part I & II
What is Equilibrium? 1. Types of Equilibrium 2. Types of physical Equilibrium 3. Types of chemical Equilibrium 4. Characteristics of Equilibrium 5. Law of chemical Equilibrium 6. Equilibrium constant 7. Unit of Equilibrium constant 8. Relation between Kp & Kc 9. Properties of Equilibrium constant 10. Predicting the direction of the reaction 11. Relation between Keq/Q and ∆rG⁰ 12. Examples 13. Factors affecting Equilibrium 14. Effect of concentration
CLASS XI-CHEMISTRY-TITLE 14
Equilibrium – Part III & IV
Effect of pressure 1. Effect of temperature 2. Effect of catalyst 3. Effect of gas addition 4. Example cont… 5. Ionic equilibrium 6. Acids & bases 7. Arrhenius concept of Acids & bases 8. The Lowry Acids & bases 9. Common Ion effect 10. Lionization constant of H2O 11. pH scale 12. Numerical – I 13. Numerical – II 14. Lionization constants of weak acids & bases 15. Numerical – III 16. Relation between Ka & Kb
CLASS XI-CHEMISTRY-TITLE 15
Equilibrium – Part V & VI
Hydrolysis of salts & their pH 1. Buffer solution 2. Solubility product constant (Ksp) 3. Ionic product constant (Ki) 4. Common ion effect on solubility of salts 5. Numerical – IV 6. Numerical – V 7. Numerical – VI 8. Numerical – VII 9. Numerical – VIII 10. Numerical - IX 11. Numerical - X
CLASS XI-CHEMISTRY-TITLE 16
Redox Reactions
Redox reactions 1. Examples of oxidation & reduction 2. Redox reactions in terms of electron transfer 3. Examples of redox reactions 4. Oxidation number 5. Oxidation number- rule 6. Example of Oxidation number 7. Balancing of redox reactions 8. Oxidation number method 9. Disproportionate reactions 10. Balancing Disproportionate reactions
CLASS XI-CHEMISTRY-TITLE 18
The S-block Elements
S-block elements 1. Group 1 Alkali Metals 2. Atomic and ionic radii - Group 1 -Alkali Metals 3. Hydration enthalpy - Group 1 -Alkali Metals 4. Physical properties - Group 1 -Alkali Metals 5. Chemical properties - Group 1 -Alkali Metals 6. Reactivity towards water - Group 1 -Alkali Metals 7. Reactivity towards dihydrogen - Group 1 -Alkali Metals 8. Reactivity towards halogens - Group 1 -Alkali Metals 9. Reducing nature - Group 1 -Alkali Metals 10. Solutions in liquid ammonia - Group 1 -Alkali Metals 11. Uses of Group 1 -Alkali Metals 12. General characteristics of the compounds of Alkali Metals 13. Halides – chemical properties - Group 1 -Alkali Metals 14. Salts of ox - chemical properties - Group 1 -Alkali Metals 15. Anomalous properties of lithium 16. Difference between lithium and other Alkali Metals 17. Similarities between lithium and magnesium 18. Important compounds of sodium 19. Properties of washing soda 20. Sodium chloride 21. Sodium hydroxide – caustic soda 22. Sodium hydrogen carbonate – baking soda 23. Biological important of sodium and potassium 24. Group 2 Elements – Alkaline Earth Metals 25. Hydration enthalpy Group 2 Elements – Alkaline Earth Metals 26. Physical properties of Group 2 Elements – Alkaline Earth Metals 27. Chemical properties of Group 2 Elements – Alkaline Earth Metals 28. Reactivity towards water - Group 2 Elements – Alkaline Earth Metals 29. Reaction with halogens - Group 2 Elements – Alkaline Earth Metals 30. Reactivity towards hydrogen - Group 2 Elements – Alkaline Earth Metals 31. Reactivity towards acids - Group 2 Elements – Alkaline Earth Metals 32. Reducing nature - Group 2 Elements – Alkaline Earth Metals 33. Solutions in liquid ammonia - Group 2 Elements – Alkaline Earth Metals 34. Uses - Group 2 Elements – Alkaline Earth Metals 35. General characteristics of compounds of the Alkaline Earth Metals 36. Halides - Group 2 Elements – Alkaline Earth Metals 37. Salts of ox acids - Group 2 Elements – Alkaline Earth Metals 38. Anomalous behavior of beryllium 39. Diagonal relationship between beryllium and aluminum 40. Important compounds of calcium 41. Calcium hydroxide – slaked lime and its uses 42. Calcium carbonate and its uses 43. Calcium sulphate – plaster of Paris and its uses 44. Cement and its uses 45. Biological importance of magnesium and calcium