Inorganic Chemistry |
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Page 34
... converted by exposure to the air ; still less , perhaps , could the rust be credited with the presence of the colorless and invisible gas , oxygen , which is held in combination with the iron by chemical energy . The change is such as ...
... converted by exposure to the air ; still less , perhaps , could the rust be credited with the presence of the colorless and invisible gas , oxygen , which is held in combination with the iron by chemical energy . The change is such as ...
Page 36
... convert it into steam as much heat as would raise its temperature to 637 ° C. if no steam were formed . But the ... convert 9 lbs . of ice into water is equal to that required to raise a weight of one ton to a height of 433 feet , to ...
... convert it into steam as much heat as would raise its temperature to 637 ° C. if no steam were formed . But the ... convert 9 lbs . of ice into water is equal to that required to raise a weight of one ton to a height of 433 feet , to ...
Page 107
... cop- A knowledge of the so - called equivalent notation is necessary for the study of many important works on chemistry in which it is employed . The old equivalent formulae may be converted into modern atomic CHEMICAL AFFINITY . 107.
... cop- A knowledge of the so - called equivalent notation is necessary for the study of many important works on chemistry in which it is employed . The old equivalent formulae may be converted into modern atomic CHEMICAL AFFINITY . 107.
Page 167
... convert the whole of the into ozone . oxygen Under the most favorable circumstances not more than one - fourth is thus converted . The electric spark is not nearly so powerful an agent for the conver- sion of oxygen into ozone as the ...
... convert the whole of the into ozone . oxygen Under the most favorable circumstances not more than one - fourth is thus converted . The electric spark is not nearly so powerful an agent for the conver- sion of oxygen into ozone as the ...
Page 175
... without action on hy- droxyl , though their affinity for oxygen is very great . The general characteristics of hydroxyl are those of a powerful oxi- dizing agent . Finely divided metallic arsenic is converted by HYDROXYL . 175.
... without action on hy- droxyl , though their affinity for oxygen is very great . The general characteristics of hydroxyl are those of a powerful oxi- dizing agent . Finely divided metallic arsenic is converted by HYDROXYL . 175.
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Common terms and phrases
alkaline ammonia ammonic ammonic chloride amorphous anhydrous Antimonious aqueous solution argentic arsenic atomic weight baric Bismuthous boiling boric bromide calcic carbonic anhydride carbonic oxide caustic color colorless combination compound contains converted copper criths crystalline crystals cupric decomposed decomposition deliquescent deposited dilute dipotassic dissolves distillation disulphide elements employed evolved excess ferric ferrous fluoride formed formula fused heated hydrate hydric hydriodic acid hydrochloric acid hydrofluoric acid hydrogen insoluble iodide iodine iron liquid litre magnesic mass mercury metallic mixture Molecular volume Molecular weight molecules monoclinic nitrate nitric acid nitric peroxide nitrogen nitrous obtained OH₂ ordinary temperatures oxygen phosphate phosphoric acid platinum plumbic potassic carbonate Potassic chloride Potassic hydrate potassium powder precipitate Preparation.-1 prepared prisms reaction Reactions.-1 rhombic salt silicic SO₂Ho₂ sodic sodic carbonate sodium soluble in water Stannous substance sulphide sulphuretted hydrogen sulphuric acid sulphurous anhydride tube vapor water of crystallization whilst yellow yielding zinc Zincic
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