| Webster Wells, Walter Wilson Hart - Geometry, Plane - 1915 - 330 pages
...three medians. Determine also the diameter of the circumscribed circle. PROPOSITION XXV. THEOREM 318. In any triangle, the product of any two sides is equal...segments of the third side formed by the bisector of the opposite angle, plus the square of the bisector. Hypothesis. AD bisects ZA of A ABC, meeting BC at... | |
| Edward Rutledge Robbins - Geometry, Plane - 1915 - 282 pages
...triangle the product of two sides is equal to the square of the bisector of their included angle, plus the product of the segments of the third side formed by the Abisector. Given : A ABC, CO bisector of Z ACS. To Prove : a • b = t* + n • r. Proof : Circumscribe... | |
| Webster Wells, Walter Wilson Hart - Geometry - 1916 - 504 pages
...BCD. Ex. 51. From the conclusion of § 311, derive a formula for p* in terms of a, 6, and c. Ex. 52. In any triangle, the product of any two sides is equal...opposite vertex, minus the square of the bisector. D ,- ,. Prove AB x AC = DB x DC - AD2. " Suggestions. — 1. The solution is similar to that of §... | |
| Webster Wells, Walter Wilson Hart - Geometry - 1916 - 490 pages
...drawn from C is 11. Find side BC. (§ 314. ) PLANE GEOMETRY — BOOK III PROPOSITION XXV. THEOREM 318. In any triangle, the product of any two sides is equal...segments of the third side formed by the bisector of the opposite angle, plus the square of the bisector. • tA. Give full proof. Hypothesis. AD bisects ZA... | |
| John Charles Stone, James Franklin Millis - Geometry - 1916 - 306 pages
...SUGGESTION. — To prove AC x BC= CD x CE. Draw BE. 42. In any triangle the product of two sides equals the product of the segments of the third side formed by the bisector of the opposite angle, plus the square of the bisector. SUGGESTION. — To prove AC x BC = ADx DB+ CD*. Circumscribe... | |
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