Scientific American Supplement, No. 795, March 28, 1891 by Various
page 12 of 136 (08%)
page 12 of 136 (08%)
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But this takes no account of special correspondents subject to instant
call in several hundred places throughout the country; of European correspondents; of 1,900 news agents throughout the West; of 200 city carriers; of 42 wholesale city dealers, with their horses and wagons; of 200 branch advertisement offices throughout the city, all connected with the main office by telephone; and of more than 3 000 news boys--all making their living, in whole or in part, from work upon or business relations with this one paper--a little army of 6,300 men, women, and children, producing and distributing but one of the 1,626 daily newspapers in the United States. The leading material forces in newspaper production are type, paper, and presses. Printing types are cast from a composition which is made one-half of lead, one-fourth of tin, and one-fourth of antimony, though these proportions are slightly reduced, so as to admit what the chemist calls of copper "a trace," the sum of these parts aiming at a metal which "shall be hard, yet not brittle; ductile, yet tough; flowing freely, yet hardening quickly." Body type, that is, those classes ever seen in ordinary print, aside from display and fancy styles, is in thirteen classes, the smallest technically called brilliant and the largest great primer. In the reading columns of newspapers but four classes are ordinarily used--agate for the small advertisements; agate, nonpareil, and minion for news, miscellany, etc., and minion and brevier for editorials--the minion being used for what are called minor editorials, and the brevier for leading articles, as to which it may be said that young editorial writers consider life very real and very earnest until they |
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