Philosophical MagazineTaylor & Francis, 1803 - Physics |
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Page 51
... whole accelerative force ( the force of gravity being unity ) , will be M - F ; hence , by the laws of uniformly ... whole . 5. We come in the next place to determine whether friction , cæteris paribus , varies in proportion to the ...
... whole accelerative force ( the force of gravity being unity ) , will be M - F ; hence , by the laws of uniformly ... whole . 5. We come in the next place to determine whether friction , cæteris paribus , varies in proportion to the ...
Page 228
... whole solution crys- tallize during the process by too great evaporation of the water , it would be necessary to add some nitrous acid , di- luted with the necessary quantity of water , to dissolve the whole by boiling , and then to ...
... whole solution crys- tallize during the process by too great evaporation of the water , it would be necessary to add some nitrous acid , di- luted with the necessary quantity of water , to dissolve the whole by boiling , and then to ...
Page 113
... whole be well mixed and evenly divided ; then let the wash rest some time , until the meal has settled at the bottom ; hereupon let the liquid matter flow into the fermenting tub , and recom- mence the same operation with another ...
... whole be well mixed and evenly divided ; then let the wash rest some time , until the meal has settled at the bottom ; hereupon let the liquid matter flow into the fermenting tub , and recom- mence the same operation with another ...
Contents
Account of a Journey to the Summit of the Peak | 31 |
On Mr ARTHUR WOOLFs improved Apparatus | 40 |
On the Motion of Bodies affected by Friction | 47 |
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alkali alumine ammonia animals antient appears arsenical acid ascertain bark barytes benzoic acid body boiled boiler calcareous carbonic acid charcoal cobalt colour common contains copper cordillera crystals decomposed degree diameter dissolved distilled earth effect electricity employed equal evaporation experiments exposed extractive matter fecula fire fluid friction gallic acid gelatine give glass grains heat inches infusion iron kind Klaproth less light lime liquor manner means melilite ments metallic minutes mixed mixture motion mountains muriatic acid nature nitric acid observed obtained ounces oxide oxygen phænomena phænomenon phosphoric acid plants plate portion potash pounds precipitate principles produced properties proportion remains rendered salep salt schist sheep skin small quantity solution specific gravity spirit steam stone substance sufficient sulphate sulphuric acid surface tained tannin tanning temperature tion toises vegetable velocity vessel washed weight whole wool yellow