The Phenomena and Laws of Heat

absorbed acid action amount apparatus appear atmosphere become bismuth body boil called carbon cause cold completely conduction consequence consumed contained continues cooling copper direction disengaged distance earth effect elastic equal ether evaporation example expansion experiment explained exterior fact fall fire flame force fusion give given glass globe greater interior iron kilogramme latter less light liquid manner mass means measure mechanical melted mercury metal metres mirror molecules motion nature necessary observed oxygen pass phenomena piece present pressure produced quantity of heat radiation raise rays reach reason received reflected remains resistance result rise seen separate sides simple solid space substances sufficient supposed surface surrounding takes place temperature thermal units thermometer tion tube turn vapour vessel volume weight whilst whole zero