Handbook of Chemistry, for School and Home UseWoolworth, Ainsworth, & Company, 1869 - 205 Seiten |
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Ergebnisse 1-5 von 14
Seite 5
... rise and fill the jar . On raising the jar , and applying a taper to its mouth , we see , by the way in which the gas takes fire , that it is hydrogen . Fill a tall glass jar with chlorine water ( that is , water which has absorbed ...
... rise and fill the jar . On raising the jar , and applying a taper to its mouth , we see , by the way in which the gas takes fire , that it is hydrogen . Fill a tall glass jar with chlorine water ( that is , water which has absorbed ...
Seite 25
... rise to potassic sulphate ( sulphate of potash ) and nitric acid . On the large scale , iron retorts , coated with fire - clay on the inside of the upper part , where they are exposed to the acid vapors , are employed for the ...
... rise to potassic sulphate ( sulphate of potash ) and nitric acid . On the large scale , iron retorts , coated with fire - clay on the inside of the upper part , where they are exposed to the acid vapors , are employed for the ...
Seite 36
... rise to me- tallic chlorides . It has so strong an affinity for phos- phorus , that this element will take fire spontaneously when put into a jar of chlorine . But the most remark- able property of chlorine is its power of combining ...
... rise to me- tallic chlorides . It has so strong an affinity for phos- phorus , that this element will take fire spontaneously when put into a jar of chlorine . But the most remark- able property of chlorine is its power of combining ...
Seite 43
... rise . This spontaneous combustion is owing to the presence of a small quantity of a liquid compound of phosphorus and hydrogen , whose symbol is H2P . Pure phosphuretted hydrogen does not take fire in this way . ARSENIC . 66 ...
... rise . This spontaneous combustion is owing to the presence of a small quantity of a liquid compound of phosphorus and hydrogen , whose symbol is H2P . Pure phosphuretted hydrogen does not take fire in this way . ARSENIC . 66 ...
Seite 54
... rise to mottled cast - iron ; and ( 2 ) in combination , forming white cast - iron . In order to make wrought iron from cast - iron , the latter must undergo the processes of refining and puddling . These consist essentially in burning ...
... rise to mottled cast - iron ; and ( 2 ) in combination , forming white cast - iron . In order to make wrought iron from cast - iron , the latter must undergo the processes of refining and puddling . These consist essentially in burning ...
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acetic acetic acid affinity alcohol alkali allotropic alloy aluminic ammonia anhydride animal antimony atmosphere atomic weight atoms of hydrogen becomes bismuth bivalent burning calcic calcium called candle carbonic acid charcoal chemical chloric acid chloride coal coal-gas color combination combustion compounds contains converted copper crystals cylinder decomposition diastase dissolves distillation earth elements exposed fermentation filled flame flask furnace gases H₂O heat hydrate hydric sulphide hydrogen insoluble iron lead light lime liquid magnesium manganese manufacture matter melted mercury metal mixed mixture molecules molecules of H2O muriatic acid nitrate nitric acid nitrogen obtained oxide oxygen passes phosphorus plant platinum plumbic potassic potassium prepared properties pure quantivalence reverberatory furnace salt silicates silver small quantity soda soda-ash sodic sodium solid soluble in water solution starch substances sugar sulphate sulphuric acid symbol takes fire trivalent univalent vapor vegetable volatile wood zinc