 | William Smith - Biography - 1850 - 1116 pages
...Hal ley, with a conjectural restoration of the second (Oxon. 1706.) ITepl Aiu'/nTj/i'i.7ji, T'mv'j\. To find a point in a given straight line such, that the rectangle of its distances from two given points in the some shoulc fulfil certain conditions. (See... | |
 | Charles Anthon - Greek literature - 1853 - 610 pages
...Halley, with a conjectural restoration of the second, Oxford, 1706. 2. Пер! Suopuriíévr¡s TO^TJ*. To find a point in a given straight line such that the rectangle of its distances from two given points in the same should fulfill certain conditions. A solution... | |
 | Charles Anthon - Greek literature - 1853 - 608 pages
...Halley, with a conjectural restoration of the second, Oxford, 1706. 2. riepl Suapurfi.evris ro;i«jr. To find a point in a given straight line such that the rectangle of its distances from two given points in the same should fulfill certain conditions. A solution... | |
 | William Smith - Biography - 1867 - 1113 pages
...Tactionibus quae supers., ed. JG Canierer." Goth, et Amst. 1795, 8vo.) Tlçpl AiœpKTiJLçv^s Tofjifjs. To find a point in a given straight line such, that the rectangle of its distances from two given points in the same should fulfil certain conditions. (See... | |
 | Euclid, Isaac Todhunter - Euclid's Elements - 1867 - 424 pages
...is the converse of VI. D; it can be demonstrated indirectly with the aid of 32. 34. It is required to find a point in a given straight line, such that the rectangle contained by its distances from two given points in the straight line may be equal to the... | |
 | Isaac Todhunter - Euclid's Elements - 1880 - 426 pages
...is the converse of VI. Z>; it can be demonstrated indirectly with the aid of 32. 34. It is required to find a point in a given straight line, such that the rectangle contained by its distances from two given points in the straight line may be equal to the... | |
 | Euclid, Isaac Todhunter - Euclid's Elements - 1883 - 428 pages
...is the converse of VI. D ; it can be demonstrated indirectly with the aid of 32. 34. It is required to find a point in a given straight line, such that the rectangle contained by its distances from two given points in the straight line may be equal to tlie... | |
 | Euclides - 1885 - 322 pages
...difference between AD and BD is the least possible. It was intended that this deduction should be : Find a point in a given straight line such that the...difference of its distances from two given points may be the greatest possible. Let XY be the given straight line, A and B the given points situated... | |
 | Edward Mann Langley, W. Seys Phillips - 1890 - 538 pages
...y2, = x2. .-. No. of sq. in. in rect. AD, DB and sq. on GD=<Vit. of sq. in. in sq. on CB. Ex. 185.— To find a point in a given straight line such that the rectangle contained by the two parts into which it divides the line shall be the greatest possible.... | |
 | Education - 1896 - 938 pages
...they are 2 inches in width and if they are placed 2 inches apart ? (J. STOMMBL, Hanover Center.) 151. Find a point in a given straight line such that the...distances from two given points shall be a given length. (JF MILLIS, Bloomington.) 152. A lawn is half as long again as it is wide ; the cost of leveling it... | |
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D; it can be demonstrated indirectly with the aid of 32. 34. It is required to find a point in a given straight line, such that the rectangle contained by its distances from two given points in the straight line may be equal to the rectangle contained... 