Calendar: 1880-1881 Page 342

342 εvf xing classes -Passage of Gas into Liquid Early and Recent investigations on the Liquefaction of Gases Latent Heat of Vaporization Separation of Water into its Constituents by Heat VI-Spheroidal Conditions of Liquids Calorimetry Methods of Measuring the Specific Heat of Bodies Dulong and Petit's Law Value of high Specific Heat of Water VII -Conversion of Heat into Work and of Work into Heat Sources of Heat Structure of Flame Laws of Thermodynamics Heat Engines VIII -Conduction of Heat Good and Bad Conductors The Davy Lamp Trevelyan's Experiments Convection of Heat Circulation of Liquids and Gases produced by Heat IX -Radiation in its Thermal Aspect Analogy between Radiant Heat and Light Effect of Different Materials on Radiant Heat Transmission through Diathermanous Bodies Absorption of Heat -Reflection Refraction and Polarization of Radiant Heat Distribution of Heat Light and Chemical Power in the Solar Spectrum Dissipation of Energy XI -Frictional Electricity Development of Electricity by Friction of Solids and Liquids Conduction of Electricity by Solids and Liquids Insulation Effect of Moisture on Dissipation of Electricity XII -Electroscopes and Electrometers Measurement of Electricity Distribution on the interior and exterior Surfaces of Charged Body Density of Electricity on Conductors of various shapes XIII -Electrical Induction Influence of Electricity on surrounding Bodies Existence of Charge implies an equal and opposite Induced Charge The Electrophorous Specific Inductive Capacity