 | Miles Bland - Geometry - 1821 - 898 pages
...yards. 31. A and B are two towns, situated on the bank of a river, which runs at the rate of 4 miles an hour. A Waterman rows from A to B, and back again,...with another waterman, with whose assistance he can ГОЛУ half as fast again : and they find that they are only eight minutes longer in performing their... | |
 | Algebra - 1834 - 182 pages
...miles an hour : a waterman rows from A to В and back again, and finds that he is 39 minutes longer on the water, than he would have been had there been...assistance he can row half as fast again : and they 6nd that they are onlv 8 minutes longer in performing their voyage than they would have been, had there... | |
 | Miles Bland - Algebra - 1841 - 456 pages
...yards. 31. A and В are two towns, situated on the bank of a river, which runs at the rate of 4 miles an hour. A Waterman rows from A to B, and back again,...half as fast again : and they find that they are only eight minutes longer in performing their voyage than they would have been, had there been no stream.... | |
 | James Wharton - 1848 - 164 pages
...(116.) A. and B. are two towns situated on the bank of a river which runs at the rate of 4 miles an hour. A waterman rows from A. to B. and back again, and finds that he is 39 minutes longer on the water than Ж he would have been had there been no stream. The next day he repeats his voyage... | |
 | Miles Bland - Algebra - 1849 - 486 pages
...situated on the bank of a river, which runs at the rate of 4 miles an hour. A Waterman rows from A to />'. and back again, and finds that he is 39 minutes longer...half as fast again ; and they find that they are only eight minutes longer in performing their voyage than they would have been, had there been no stream.... | |
 | James Wharton - 1860 - 176 pages
...miles an hour. A waterman rows from A. to H. and back again, and finds that he is 39 minutes longer on the water than he would have been had there been no...and they find that they are only 8 minutes longer in performing their voyage than they would have been had there been no stream. Required the rate at... | |
 | James Wharton - 1864 - 180 pages
...miles an hour. A waterman rows from A. to B. and hack again, and finds that he is 39 minutes lotiger on the water than he would have been had there been no...and they find that they are only 8 minutes longer in performing their voyage than they would have been had there been no stream. Required the rate at... | |
 | James William Nicholson - Algebra - 1909 - 332 pages
...are 42 mi. apart. A man rows from A to В and back again, and finds, first, that he is 3 hi,. 12 min. longer upon the water than he would have been had there been no current; second, that he was 8 hours longer going from A to В than from В to A. Find his rate of... | |
 | Edward Olney - Algebra - 1870 - 114 pages
...days. A worked 15, and B 7 days. B received 4 shillings per day, and A 5 shillings per day. (1(>.) A and B are two towns, situated on the bank of a river...assistance he can row half as fast again ; and they find they are only 8 minutes longer in performing their voyage than they would have been had there been... | |
| |
В are two towns, situated on the bank of a river, which runs at the rate of 4 miles an hour. A Waterman rows from A to B, and back again, and finds that he is 39 minutes longer upon the water than he would have been, had there been no stream. The next... 