Chemical Engineers' HandbookJohn Howard Perry McGraw-Hill book Company, Incorporated, 1941 - 3029 pagine |
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Pagina 616
... weight or volume percentage . In the case of gaseous mixtures the mol percentage and the volume percentage are identical . The average molecular weight of a mixture of gases or of a liquid mixture in which none of the components is ...
... weight or volume percentage . In the case of gaseous mixtures the mol percentage and the volume percentage are identical . The average molecular weight of a mixture of gases or of a liquid mixture in which none of the components is ...
Pagina 777
... weight of the object and the force of buoyancy is act- ing in a direction opposed to that of the displacement . Thus ... weight , shape , and density of the body are known . Example . What is the relation of the stem cross section and ...
... weight of the object and the force of buoyancy is act- ing in a direction opposed to that of the displacement . Thus ... weight , shape , and density of the body are known . Example . What is the relation of the stem cross section and ...
Pagina 1233
... weight of these components , respectively . H ᏆᎪ XC x8 weight of raffinate phase per unit time . weight fraction of A in raffinate layer . weight fraction of C in raffinate layer . weight fraction of S in raffinate layer . S weight of ...
... weight of these components , respectively . H ᏆᎪ XC x8 weight of raffinate phase per unit time . weight fraction of A in raffinate layer . weight fraction of C in raffinate layer . weight fraction of S in raffinate layer . S weight of ...
Sommario
Mathematical Signs and Symbols | 3 |
Natural Logarithms of Numbers | 36 |
Values and Logarithms of Expo | 46 |
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acetate acid alcohol aldehydes amines ammonia angle benzene bromide calculated Carbon cent chart Chem Chemical Engineering chloride circle coefficient Common Logarithms compounds Compounds-(Continued constant curve density diam diameter dimensions entropy equal equation equilibrium ether Ethyl Ethyl chloride Example factor flange flow fluid Formula fraction free energy fugacity gage gases given heat capacity heat of vaporization HNO3 hydrogen Inorganic insol ketone latent heat length linear liquid Logarithms measured metal meter method mixture molal obtained orifice oxide phase Phenol pipe Precipitate Radians radius reactants reaction salts scale side sodium solid Solubility solution specific heat standard substances sulfate Sulfur sulfuric acid surface temperature tion triangle tube units values vapor pressure velocity viscosity volume weight