Theory of Heat

a₁ analogous angle appears Argand lamp attraction axes axis body calorimeter circularly polarized circumstances conceive Conic Sections considerable constant crystal D₁ density direction distance dx² Edition effect elastic force equal equation equilibrium excess of temperature experiment fluid gases glass hence hypothesis increase latent heat law of sines light material particles mean medium mercury mica motion n₁x observations parallel parallelopiped particle of gas particles of caloric perature perpendicular Plates polarization pressure principal plane PROB quantity of heat radiation ratio rays reflexion repulsion rhombohedron sin² solid solution specific heat substance suppose surface temperature term thermometer tion tourmaline transmitted Treatise V₁ vapour variation varies velocity of cooling vibration volume Whewell Dr whilst пу