A Primer of Chemistry: Including Analysis |
From inside the book
Results 1-5 of 13
Page 2
... in the saucer . Burns in Air . - Raise the bottle , still keeping it inverted , apply a light immediately , turn the mouth upwards and pour in water without delay to drive out the hydrogen . The hydrogen will burn 2 HYDROGEN .
... in the saucer . Burns in Air . - Raise the bottle , still keeping it inverted , apply a light immediately , turn the mouth upwards and pour in water without delay to drive out the hydrogen . The hydrogen will burn 2 HYDROGEN .
Page 3
... light . The bottle is full of air . If a light be applied too quickly , a harmless explosion will oc- cur , which will be explained under Oxygen . OXYGEN . Preparation . If you have not a dry test tube , dry one by moving it to and fro ...
... light . The bottle is full of air . If a light be applied too quickly , a harmless explosion will oc- cur , which will be explained under Oxygen . OXYGEN . Preparation . If you have not a dry test tube , dry one by moving it to and fro ...
Page 4
... light to the mixture . A loud explosion will occur . The two gases combine to produce water . A Mixture of Air and Hydrogen explodes . - Fill a pint or quart bottle five - sevenths with air and two- sevenths with hydrogen , and apply a ...
... light to the mixture . A loud explosion will occur . The two gases combine to produce water . A Mixture of Air and Hydrogen explodes . - Fill a pint or quart bottle five - sevenths with air and two- sevenths with hydrogen , and apply a ...
Page 5
... light . The heat is often so great the bottom of the tube is melted off , and falls down into the water beneath . A Mixture of Sugar and Potassic Chlorate defla- grates with Sulphuric Acid . - Mix some powdered potassic chlorate with ...
... light . The heat is often so great the bottom of the tube is melted off , and falls down into the water beneath . A Mixture of Sugar and Potassic Chlorate defla- grates with Sulphuric Acid . - Mix some powdered potassic chlorate with ...
Page 6
... light green ) and very powerful smell . As it is rather soluble in water , some persons prefer to collect it by displacement , that is , by passing it to the bottom of a bottle full of air , which it gradually displaces , being about ...
... light green ) and very powerful smell . As it is rather soluble in water , some persons prefer to collect it by displacement , that is , by passing it to the bottom of a bottle full of air , which it gradually displaces , being about ...
Other editions - View all
Common terms and phrases
acid anhydrous ACTIONS OF HYDRIC alkaline AmCl AmHO ammonia Ammonic antimetal Antimonious aqua regia Argentic arsenic Baric bead black oxide blowpipe boil borax bottle Bunsen Burlington Street burns c.c. water Calcic calcic carbonate carbonic acid change takes place charcoal Chemistry Chloric acid color compound conc copper Crystals DILUTE HYDRIC SULPHATE dissolving Edition Engravings evaporate fcap ferrous sulphate filter Filtrate flask fluoride following change takes formula H₂O H₂SO heat HgCl hydrate hydric chloride hydric nitrate hydric sulphate hydrogen Hydropotassic Hyponitric acid ignition tube insoluble iodide iron lime litmus litres lumps Mercuric metal mixture Na,CO NaHO neutralize nitric nitric acid Nitrous oxide Obtained Original solution gives oxygen phosphate phosphorus platinum Plumbic potassic chlo potassic chlorate potassic nitrate powder Produced quantity salt silicates soda soluble in water Strontic substance sulphide sulphurous acid test tube unit warm yellow zinc