Calendar: 1861-1862 Page 274

274 evening classes IV Specific Heat of Gases at constant Pressure and at constant Volume Cooling by Expansion Latent Heat of Fusion and Evaporation Carnot's per- feet Heat Engine Conversion of Heat into Work and of Work into Heat Joule's Mechanical Equi- valent of Heat Dynamical Theory of Heat On the Conservation of Energy in Mechanism iu Systems of Moving Bodies and in the Phenomena of Heat VI Production of Electricity Conductors and Insulators Phenomena of Attraction and Repulsion Electrical Theories Representation of Attraction by Lines of Force Use of Physical Hypotheses VII Electrical Induction the Leyden Jar Electricity produced by Work the Electrophorus Electric Capacity Electroscopes and Electrometers VIII Magnetism Steel and soft Iron Preparation of Magnets Law of Force Lines of Magnetic Force Magnetism of the Earth-of Iron Ships Objects and results of the Study of the Earth's Magnetism IX Current Electricity Simple Voltaic Circuit Oersted's discovery of the action of current on Magnet AmpSre's Laws of the Mutual Action Currents Faraday's discovery of the Production of Currents by Magnets and other Currents On Electromotive Force and Resistance Theory of the Compound Voltaic Circuit Batteries of Smee Grove Daniell Laws of Electrolysis Production of Heat Conservation of Energy in Electrical Phenomena XI The Electric Telegraph-Difficulties of Insulation Resistance of the Circuit the Earth as part of the Circuit Sub-marine Electric Cables Systems of Signals