Topic 1: Equilibrium introduction Topic 2: Equilibrium in physical processes Topic 3: Liquid – Vapour Equilibrium Topic 4: Solid – Vapour equilibrium Topic 5: Equilibrium involving dissolution of solid or gases in liquids Topic 6: Equilibrium in chemical processes – Dynamic equilibrium Topic 7: Law of chemical equilibrium and equilibrium constant Topic 8: Homogeneous equilibria …
Topic 1: Thermodynamic terms Topic 2: The state of the system Topic 3: The internal energy as a state function Topic 4: Applications Topic 5: Enthalpy, H Topic 6: Measurement of ∆U and ∆H : Calorimetry Topic 7: Enthalpy change, ∆rH of a reaction –Reaction enthalpy Topic 8: Standard enthalpy formation Topic 9: Hess’s law of constant heat summation …
Topic 1: Intermolecular forces Topic 2: Thermal energy Topic 3: Intermolecular forces vs thermal interactions Topic 4: The gaseous state Topic 5: The gas laws- Boyle’s law ( Pressure – volume relationship) Topic 6: Charle’s law (Temperature – volume relationship) Topic 7: Gay Lussac’s law ( Pressure – temperature relationship) Topic 8: Avogadro law ( …
Topic 1: Kossel – Lewis approach to chemical bonding Topic 2: Lewis representation of simple molecules ( Lewis structures) Topic 3: Octet rule Topic 4: Covalent bond Topic 5: Limitations of octet rule Topic 6: Ionic or electrovalent bond Topic 7: Lattice enthalpy Topic 8 : Bond parameters -1 Topic 9: Bond parameters -2 Topic …
Unit 4 : Chemical Bonding and Molecular Structure Read More »
Topic 1: Why do we need to classify elements ? Topic 2: Genesis of periodic classification Topic 3: Modern periodic law and the present form of the periodic table Topic 4: Nomenclature of elements with atomic number > 100 Topic 5: Electronic configurations in periods Topic 6: Groupwise electronic configurations Topic 7: Electronic configurations and …
Unit 3: Classification of Elements and Periodicity in Properties Read More »
Topic 1: Sub-atomic particles Topic 2: Charge to mass ratio of electron Topic 3: Discovery of protons and neutron Topic 4: Millikan’s oil drop method Topic 5: Atomic models – Thomson’s model of atom Topic 6: Rutherford’s nuclear model of atom Topic 7: Atomic number and mass number Topic 8: Isobars and isotopes Topic 9: …
Topic 1: Development of chemistry Topic 2: Importance of chemistry Topic 3: Nature of matter Topic 4: Classification of matter Topic 5: Properties of matter and their measurement Topic 6: The international system of units Topic 7: Mass, weight, volume, density and temperaure Topic 8: Uncertainty in measurement Topic 9: Mathematical operations Topic 10: Dimensional …
Topic 1: Introduction Topic 2: Transverse waves Topic 3: Longitudinal waves Topic 4: Displacement relation in a progressive wave Topic 5: Amplitude and phase Topic 6: Wavelength and angular wave number Topic 7: Period, angular frequency and frequency Topic 8: The speed of a travelling wave Topic 9: Speed of a longitudinal wave speed of …
Topic 1: Introduction Topic 2: Periodic and oscillatory motions Topic 3: Period and frequency Topic 4: Solved problem on period and frequency Topic 5: Displacement Topic 6: Solved problem on displacement Topic 7: Simple harmonic motion Topic 8: Simple harmonic motion and uniform circular motion Topic 9: Velocity and acceleration in simple harmonic motion Topic …
Topic 1: Introduction Topic 2: Molecular nature of matter Topic 3: Behaviour of gases Topic 4: Solved problems Topic 5: Kinetic theory of an ideal gas Topic 6: Pressure of an ideal gas Topic 7: Law of equipartition of energy Topic 8: Specific heat capacity -Monatomic Gases and Diatomic Gases Topic 9: Specific heat Capacity …
