 | Miles Bland - Geometry - 1821 - 898 pages
...number of soldiers. Now there were 22 seamen to every 3 guns and 10 over. Also the whole number of hands was 5 times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5, to be 13 men to every 2 guns. Required the number of guns,... | |
 | Miles Bland - Algebra - 1824 - 404 pages
...of soldiers. Now there were За seamen to every 3 guns and 10 over. Also the whole number of hands, was 5 times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5, to be 13 men to every 2 guns. Required the number of guns,... | |
 | William Smyth - Algebra - 1830 - 278 pages
...soldiers. Now there were 22 seamen to every three guns and 10 over. Also the whole number of hands was 5 times the number of soldiers and guns together. But after an engagement, in which the slain were one fourth of the survivors, there wanted 5 to be 13 men to every 2 guns. Required^ the number of guns,... | |
 | Charles Davies - Algebra - 1844 - 110 pages
...soldiers. There are 22 sailors to every three guns, and 10 over ; also, the whole number of hands is five times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5 men to make 13 men to every two guns. Required, the number... | |
 | Charles Davies - Algebra - 1848 - 302 pages
...soldiers. There are 22 sailors to every three guns, and 10 over; also, the whole number of hands is five times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5 men to make 13 men to every two guns. Required, the number... | |
 | Joseph Ray - Algebra - 1852 - 408 pages
...soldiers, there were 22 sailors to every 3 guns, and 10 sailors over; also the whole number of hands was 5 times the number of soldiers and guns together; but after an engagement, in which the slain were one-fourth of the survivors, there wanted 5 men to be 13 men to every 2 guns. Required the number of... | |
 | William Smyth - Algebra - 1855 - 370 pages
...soldiers. Now there were 22 seamen to every three guns and ten over. Also the whole number of hands was 5 times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5 to be 13 men to every 2 guns. Required the number of guns,... | |
 | William Smyth - Algebra - 1858 - 344 pages
...soldiers. Now there were 22 seamen to every three guns and ten over. Also the whole number of hands was 5 times the number of soldiers and guns together. But after an engagement, in which the slain were one-fourth of the survivors, there wanted 5 to be 13 men to every 2 guns. Required the number of guns,... | |
 | James B. Dodd - Algebra - 1859 - 368 pages
...at n years, for the remainder. For what sum should the note be drawn. 100 (s— a) Ans- loo- J • 32. The crew of a ship consisted of her complement...Required the number of guns, soldiers, and sailors. . Ans. 90 guns, 55 soldiers, 670 sailors. 33. Two sums of money, amounting together to $600, were put... | |
 | John Fair Stoddard, William Downs Henkle - Algebra - 1859 - 538 pages
...soldiers. Now there were 22 sailors to every 3 guns and 10 more. Also, the whole number of persons was 5 times the number of soldiers and guns together....the slain were \ of the survivors, there wanted 5 to be 13 men to every 2 guns. What was the number of guns, soldiers, and sailors ! Ans. 90 guns, 670... | |
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There were 22 sailors to every three guns, and 10 over ; also, the whole number of hands was five times the number of soldiers and guns together. But after an engagement, in which the slain were* one-fourth of the survivors, there wanted 5 men to mako... 
