material sciences, and the whole makes a more or less delicately balanced complex of sub-processes.[1]
Looked at in this way the industrial process shows two well-marked general characteristics: (a) the running maintenance of interstitial adjustments between the several sub-processes or branches of industry, wherever in their working they touch one another in the sequence of industrial elaboration; and (b) an unremitting requirement of quantitative precision, accuracy in point of time and sequence, in the proper inclusion and exclusion of forces affecting the outcome, in the magnitude of the various physical characteristics (weight, size, density, hardness, tensile strength, elasticity, temperature, chemical reaction, actinic sensitiveness, etc.) of the materials handled as well as of the appliances employed. This requirement of mechanical accuracy and nice adaptation to specific uses has led to a gradual pervading enforcement of uniformity to a reduction to staple grades and staple character in the materials handled, and to a thorough standardizing of tools and units of measurement. Standard physical measurements are of the essence of the machine's régime.[2]
The modern industrial communities show an unprecedented uniformity and precise equivalence in legally adopted weights and measures. Something
- ↑ Cf. Sombart, Moderne Kapitalismus, vol. II, ch. III.
- ↑ Cf. Twelfth Census (U.S.): "Manufactures," pt. I, p. xxxvi.
