 | Algebra - 1838 - 372 pages
...each one's share ? Ans. A's $450, B's $825, C's $1575. 16. Two pedestrians start from the same point, the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Charles Davies - Algebra - 1839 - 264 pages
...one's share ? Ans. A's $450, B's $825, C's $1575. . 18. Two pedestrians start from the same point; the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Charles Davies - Algebra - 1842 - 284 pages
...one's share 1 ' Ans. A's $450, B's $825, C's $1575. 18. Two pedestrians start from the same point ; the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Charles Davies - Algebra - 1842 - 368 pages
...each one's share ? Ans. A's $450, B's $825, C's $1575. 16. Two pedestrians start from the same point, the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Ormsby MacKnight Mitchel - Algebra - 1845 - 308 pages
...60+|aj=fa;. Solving this equation, we obtain the Ans. 72. 23. Two pedestrians start from the same point ; the first steps twice as far as the second, but the second makes five steps while the first makes but one. At the end of a certain term they are 300 feet apart. Allowing... | |
 | Charles Davies - Algebra - 1845 - 382 pages
...each one's share? Ans. A's $450, B's $825, C's $1575. 16. Two pedestrians start from the same point; the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Charles Davies - Algebra - 1848 - 302 pages
...each one's share ? Ans. A's $450, B's $825, C's $1575 18. Two pedestrians start from the same point ; the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing... | |
 | Upper Canada. Chief Superintendent of Schools - Education - 1854 - 196 pages
...alone T (Give the solution.) 20. Two pedestrians start from the same point at the same time, and go in the same direction, the first steps twice as far as the second, but the second takes 3 steps while the first is taking 2. How far has each one gone when the first is 200 feet in... | |
 | Charles Davies - Algebra - 1856 - 224 pages
...= 825 ; hence, B's $825 ; A's $450 ; and C's $1575. 16. Two pedestrians start from the same point; the first steps twice as far as the second, but the second makes five steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now,... | |
 | James B. Dodd - Algebra - 1859 - 368 pages
...sums contributed ? Ans. $60, $120, $180, $300. 34. Two pedestrians start from the same point, and go in the same direction ; the first steps twice as far...steps while the first is making 2. How far has each one gone when the first is 300 feet in advance of the second ? Ans. 1200, and 900 feet. 35. A merchant... | |
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Two pedestrians start from the same point; the first steps twice as far as the second, but the second makes 5 steps while the first makes but one. At the end of a certain time they are 300 feet apart. Now, allowing each of the longer paces to be 3 feet,... 
