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ACETIC --(relative tags)--

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evaporate diluted uranium fused powdered quartz reducing carbonate nickel zinc pyrites acetate hydrogen ammonium acetic filtrate ferric chlorine nitric ignition beaker assays silicates volumetric ferrous titration titrated baric Iron General Practical Text Strength Illustrations Examination Determined Determination value cent chemical Operation Cases Drops working substance Agent Furnace Mining Larger Convenient Transfer Calculated Quantity Solutions Platinum edition becomes converted 20 specific parts 16 40 fig formed 70 washing mixture nitre determine assay similar handsome varying gas apparatus ignite dryness sample hypo soda distilled lbs chloride salts precipitated minerals arsenic alumina sulphates hydrochloric potassium oxides iodine manganese dioxide permanganate chlorides sulphide hydrate stannous titrating 0c Volume Required Gives Containing Difference revised Button Price Tube Described Mixed Cloth Textbook Current Connected Chemistry Student Metallic Forms Shown solution Quantities Tin Potash Carbon Results oxygen Mineral 50 separation readily finishing 25 combined 18 measured dried yield bottle weights boiled lime dissolving parting contains bulk occurs fusion substances acid sulphur oxide heating evaporated ores inst sulphuric 6d percentage ammonia magnesia dilute phosphate antimony cyanide sp evaporating litharge milligram diluting sodic assayer chromate sulphides milligrams oxidising Black Experiment Process nature Contents Paper Engineer Times Equal Glass Useful Actual Method powder Minutes Copper Standard Salt Action Obtained Ordinary Gram Metal Assaying Alloy treated shows Temperature dissolved follows 60 30 dissolve amount 19 washed residue 80 colour weigh proportion generally boiling ore result flask ignited precipitate liquid acids compounds sulphate mix 500 cobalt silica 8vo filter insoluble muffle crucible alkaline nitrate grams sodium burette borax litre iodide sulphuretted bismuth cupellation cupel gravimetric titrate ammonic analysis series For Experiments 100 Numerous Commercial Drop Composition Treatment Methods Those Silver Presence Prepared Conditions Buttons Slag Reduced Loss Contained Soluble Portion Dish Allowed Error Weighed equivalent separate addition calculate 000 removed 13 32 multiplied separated boil sufficient excess heated weighing 200 adding mercury particles filtered engineers metals
1918 Volume 1919 German 1929 Edwin Germany Seed General Sweet Cost Independent Achievements Commerce Reader Sugar India Soil Merely Research value Natural Organic Shell Higher Rival Chiefly Agriculture Chemistry Cheap Formerly Nitro Market Employed proved Extracted Furnace Energy Artificial vegetable Soluble Potash Mask Manufacture Passing Desired Products 50 becomes likely amount yield pounds rust wants mostly similar century gas expensive dyes liquid acid tons molecule 500 starch celluloid calcium bacteria acetic aniline silicon glucose tungsten sulfur Years 1917 1916 professor American 1865 Germans Wheat Gives Recent Chief Containing Government Supply Industry Descriptive Department Steam Price 300 Mixed Useful cent Poison Coal Taste powder Familiar rare Silk Colors Explosives Dependent Purposes Ingredients Perkin Pressure Element Warfare Corn Metal Production Carbon Atom Rubber oxygen Mineral dissolved converted 000 art altogether rate heated compound odor producing atoms french combination suitable metals acids compounds oxide charcoal coconut alcohol ammonia hydrogen potassium sugars nitrates carbide acetone isoprene United Foreign Black Iron Europe Factory series York Electricity National Creative Society nature Fire Former Indigo According Farmer Industrial Journal Tube Ring Methods Slosson Business Method Current Materials Elements Oil working Bulletin Source Metallic Fashion Essential Reaction Synthetic Cane Ordinary Electrical Instance Dye Alloy Cheaper Cents Platinum Temperature history 20 attention sold plants advantage needed fats solid contains worked france processes consists chemists radium benzene soda imported nickel zinc oils distillation sodium aluminum glycerin carborundum phenol 8594 States 1914 British Ways Sources Cotton Days Company Takes University Process Scientific human Service Modern Paper Uses Published Engineering Times Stone Laws Valuable Reason chemical Articles Electric Prepared Steel Discovered Perfumes Industries substance Named Salt Forms Action Obtained solution Material Acetylene Names Besides Scale Cellulose Coke Butter america english 30 combined formed mustard mixture lime output england dr discovery balls laboratory substances chemist gases tar beet chloride salts gasoline nitrogen nitrate chlorine nitric guncotton cottonseed sulfuric margarin
Hole Quantity Footnote Weighed Temperature separation 20 removed 14 17 45 residue colour blasting gravity generally powders dr diameter inches fibre liquid acids cartridge benzene oxide gelatine mono gauge combustion percentage ammonia nitrate potassium nitric detonator pyroxyline collodion tonite roburite Volume Factory Days Gun Containing 100 According Times Composition Treatment Properties Coal Operation powder Copper Nitro Drawn Gunpowder Tested Material Buildings Carbon Results Closed Tank contact follows 30 parts 16 22 washed formed sufficient fixed heated ether similar messrs fumes explosion consists mm gases dynamite picric explosive heating deg carbonate celluloid insoluble chem acetic sodium schultze grm barium methyl toluene nitrated analysis Cotton Company Sanford Experiments Danger Steam Determined Determination Mixed Organic Firing Covered Minutes Decomposition Explosives Forms Pressure solution Bottom Soluble Manufacture treated Formula Drying 50 compressed specific amount 18 24 fig 70 washing excess moisture compound contains fired proportions wooden apparatus grains cartridges fulminate camphor pulp soda manufactured sulphuric filter glycerine nitrogen hydrochloric paraffin nitrates sulphide acetone naphthalene nitrating nitrometer States Iron Required General Process Fire Strength Building Tube Velocity Vessel cent Method Bath Prepared jour substance Action Cylinder Ordinary Tri Portion Allowed Cellulose prevent Products dissolved 60 25 13 19 40 dried 75 rate mixture slightly boiling mercury flask gas thermometer substances acid tons compounds sample solvent cylinders lbs starch alcohol soc ammonium smokeless chlorate cordite benzol phenol nitration grms Years Treatise series Gives Practical Contents Paper Illustration Equal Glass Mass chemical Lower Chiefly Gerald Pipe Formation Shown Obtained Contained Quantities Potash
100 Tube Mixed cent Prepared Reaction Material Preparation 95 amount formed boiling solid separates checked suction cooled reduction condenser hydrogen hydrochloric sodium distillate methyl hydroxide dimethylaniline Stirring Ice Methods Method Distilling Action Bottom Allowed addition 14 yield crude flask satisfactory liquid funnel heating chloride chim distillation oxidation aniline cc aldehyde glycerol dichromate Anonymous Steam Described Organic Bath Crystals Obtained Portion ber 20 washed mixture notes fraction precipitate mm benzene 500 alcohol soc reflux potassium ethyl sulfate hydrolysis frdl phenylacetic Directions Ann Collected Syntheses Minutes Salt solution Technical Temperature 25 dried heated yields filtered concentrated acid theoretical distilled procedure chem acetic cyanide stirrer sulfuric benzyl phenylhydrazine
1895 Required 1899 Process Containing Authors Paper Author value Methods chemical Materials Basis Formation Action solution Structural Soluble Increase Complex Cellulose Products 50 60 25 18 22 residue washing mixture compound yields isolated fibre fibres compounds chloride alcohol soc hydrogen nitrate alkali treatments tollens nitration lignone hydrolysed sulphocarbonate Constitution series General Established Papers Observations Industrial Composition Investigation Jute Quantitative Presence Conditions Purified Shown Artificial Material Normal Production Results Ash ber dissolved 20 13 19 24 formed yielded proportion noted lustra groups silks fibrous molecule sulphuric insoluble ammonia derivatives acetic carbohydrates nitrates hcl celluloses oxycellulose oxycelluloses lignocelluloses Volume German Character Gives Condition Regard 100 Effects Described Numbers Actual Method Prepared substance Investigations Obtained Ordinary Reactions Raw Calculated Spinning Formula Temperature appears maximum 14 17 35 yield yielding generally boiling similar extract digestion acid soda starch molecular relatively dilute oxidation esters hydrate collodion hydrolysis viscose furfuroids pentosanes 1897 Cotton 1900 der Researches Pat 1898 Determined Treatment Properties Degree Ester Silk Points Reaction Loss Derivative Condensation Changes Typical treated Solutions total addition 30 16 21 40 70 thread ether crude result processes tissue acids constituents peroxide ct chem alkaline bevan nitric acetone h2so4 naoh furfural lignocellulose pentoses