Chemical Engineer's Handbook: Prepared by a Staff of SpecialistJohn Howard Perry McGraw-Hill, 1941 - 3029 pagine |
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Pagina 242
... dimensions L / T . Or , force is defined as mass times acceleration and has the dimensions M × ( LT - 1 / T ) = MLT - 2 . Or , pressure is defined as force per unit area and has dimensions ML - 1T - 2 . Now the property ( a ) imposes ...
... dimensions L / T . Or , force is defined as mass times acceleration and has the dimensions M × ( LT - 1 / T ) = MLT - 2 . Or , pressure is defined as force per unit area and has dimensions ML - 1T - 2 . Now the property ( a ) imposes ...
Pagina 244
... dimensions . If , on checking an equation which from its method of derivation should be complete , it is found that all the terms have not the same dimensions then there has obviously been some error . For example , if the equation for ...
... dimensions . If , on checking an equation which from its method of derivation should be complete , it is found that all the terms have not the same dimensions then there has obviously been some error . For example , if the equation for ...
Pagina 245
... dimensions . If , on checking an equation which from its method of derivation should be complete , it is found that all the terms have not the same dimensions then there has obviously been some error . For example , if the equation for ...
... dimensions . If , on checking an equation which from its method of derivation should be complete , it is found that all the terms have not the same dimensions then there has obviously been some error . For example , if the equation for ...
Sommario
Mathematical Tables and Weights and Measures | 1 |
Mathematics 2 | 133 |
Physical and Chemical Data | 270 |
Copyright | |
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acetate acid alcohol aldehydes amines angle benzene bromide calculated Carbon catalyst cent chart Chem CHEMICAL DATA Chemical Engineering chloride circle coefficient Common Logarithms constant pressure curve density diameter entropy equal equation equilibrium ether Ethyl Ethyl alcohol Ethyl chloride Example flow fluid Formula fraction free energy fugacity function gage gases given H₂O heat capacity heat content heat of vaporization HNO3 hydrogen Inorganic insol ketone latent heat linear liquid Logarithms measured meter method mixture molal molecules nitrate obtained Organic Compounds orifice oxide phase Phenol PHYSICAL AND CHEMICAL pipe Precipitate Radians reactants reaction salts scale Sodium solid Solubility solution Specific Heats standard substances sulfate Sulfur sulfuric acid surface temperature thermodynamic tion triangle tube values vapor pressure velocity viscosity volume weight