Unit-B The Particulate Nature of Matter B.1 Thermal Energy TransfersP1- Heat TransferP2- Heat TransferP1-Kinetic Theory of GasesP2- Kinetic Theory of GasesP1- Graphs in Heat TransferP2- Graphs in Heat TransferP1- Method of MixturesP1- Wein's and Stefan's lawP2- Wein's and Stefan's lawP1- Thermometry and Internal Energy B.2 Greenhouse EffectP1- Energy Density / Specific EnergyP1- Albedo, Green house effect and ScatteringP1- Graphs in Greenhouse EffectP1- Energy Resources and TransformationsP2- Intensity B.3 Gas LawsP1- Mole ConceptP1- KTG, Real and Ideal gasesP2-Kinetic Theory of GasesP1- Graphs in Gas Laws B4. Thermodynamics (HL)P1- Thermodynamics B.5 Currents and CircuitsP1- IV CharacteristicsP2- IV CharacteristicsP1- Current and Voltage calculationsP2- Current and Voltage CalculationsP1- Power and Efficiency CalculationsP2- Power and Efficiency CalculationsP1- Resistance and Resistivity P2- Resistance and Resistivity
B.1 Thermal Energy TransfersP1- Heat TransferP2- Heat TransferP1-Kinetic Theory of GasesP2- Kinetic Theory of GasesP1- Graphs in Heat TransferP2- Graphs in Heat TransferP1- Method of MixturesP1- Wein's and Stefan's lawP2- Wein's and Stefan's lawP1- Thermometry and Internal Energy
B.2 Greenhouse EffectP1- Energy Density / Specific EnergyP1- Albedo, Green house effect and ScatteringP1- Graphs in Greenhouse EffectP1- Energy Resources and TransformationsP2- Intensity
B.3 Gas LawsP1- Mole ConceptP1- KTG, Real and Ideal gasesP2-Kinetic Theory of GasesP1- Graphs in Gas Laws
B.5 Currents and CircuitsP1- IV CharacteristicsP2- IV CharacteristicsP1- Current and Voltage calculationsP2- Current and Voltage CalculationsP1- Power and Efficiency CalculationsP2- Power and Efficiency CalculationsP1- Resistance and Resistivity P2- Resistance and Resistivity