_Size_ _Weight_ _Weight_ _of_ _of_ _of_ _Shot._ _Shot._ _Powder._ No. Ounces Drachms. 2 2 1-5/8 3 1¾ 1¾ 4 1½ 2 5 1-3/8 2¼ 6 1¼ 2½ 7 1-1/8 2¾[4] These proportions cannot be materially deviated from without destroying the effect. If the powder is decreased, the discharge is weakened; if the powder is increased, the shot spreads; if the weight of the charge of shot is decreased, there will not be a sufficient number of pellets for effective shooting; if the weight of the charge of shot is increased, the discharge is weakened. The usual objection to large shot is, that after it has travelled thirty yards it becomes dispersed; but let the powder be reduced to 1½ drachm, and that objection fails. If it is not overcharged with powder, a light gun will shoot No. 2 shot close enough to bring down game with more certainty, at thirty or forty yards’ distance, than if charged with small shot and two or three drachms of powder. As few sportsmen ever tried so small a charge of powder as 1½ drachm with so heavy a charge of shot as 2 oz., or as large size as No. 2, we invite a trial of the experiment we are about to suggest, with any gun that may happen to be in their possession, _not weighing more than_ 7½ lb. With the above proportions of powder and shot—the shot being oiled—let the shooter fire at forty yards, with good elevation, because large shot droops more than small, at an unbound book nailed to a wall, with an open newspaper (double sheet) spread in front of it. And afterwards let him charge the _same_ gun with No. 6 or 7 shot, and any variation of the relative proportions of powder and shot that his fancy may suggest, and fire at a similar target. The newspaper will prove that the large shot is carried with sufficient closeness; and the book will show which broadside would have told the best on a grouse. On opening the book, the large shot will be found to have penetrated farther, and the leaves will be bulged in beyond it. ----- [1] The size of the bore, gauge, or calibre of a gun—by which is meant the diameter of the barrel—is distinguished by the number of leaden balls fitting it which make a pound;—thus, eighteen leaden bullets, each fitting an 18 gauge barrel, make a pound; sixteen fitting a 16 gauge, or fourteen fitting a 14 gauge barrel, are also equal to a pound. The different gauges are also known by the number of thirty-seconds of an inch the diameter consists of;—thus, the diameter of an 18 gauge barrel is 20½-32’s of an inch; a 16 gauge 21½-32’s; and a 14 gauge 22-32’s.