| George Albert Wentworth - Trigonometry - 1882 - 232 pages
...OF AN OBLIQUE TRIANGLE. The formulas established in §§ 3G-38, together with the equation A-\-B + **C= 180°, are sufficient for solving every case of...sides and the included angle ; IV. The three sides.** In all cases let А, Б, G denote the angles, a, b, с the sides opposite these angles respectively.... | |
| George Albert Wentworth - Trigonometry - 1882 - 160 pages
...AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A + В + (7= **180°, are sufficient for solving every case of an...sides and the included angle ; IV. The three sides.** In all cases let А, Б, С denote the angles, a, b, с the sides opposite these angles respectively.... | |
| George Albert Wentworth - Trigonometry - 1882 - 234 pages
...OF AN OBLIQUE TEIANGLE. The formulas established in §§ 36-38, together with the equation A + В + **C= 180°, are sufficient for solving every case of an oblique triangle. The three** jparts that determine an oblique triangle may be : I. One side and two angles ; II. Two sides and the... | |
| George Albert Wentworth - Trigonometry - 1884 - 330 pages
...AN OBLIQUE TEIANGLE. The formulas established in §§ 36-38, together with the equation A + B + (7= **180°, are sufficient for solving every case of an...sides and the included angle ; IV. The three sides.** In all cases let A, B, G denote the angles, a, b, c the sides opposite these angles respectively. §... | |
| George Albert Wentworth - 1887 - 346 pages
...OF AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A + £ + **C= 180°, are sufficient for solving every case of...sides and the angle opposite to one of these sides** ; IIL Two sides and the included angle ; IV. The three sides. In all cases let A, B, C denote the angles,... | |
| George Albert Wentworth - 1887 - 206 pages
...OF AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A + Б + **C= 180°, are sufficient for solving every case of an oblique triangle. The three** parta that determine an oblique triangle may be : I. One side and two angles ; II. Two sides and the... | |
| George Albert Wentworth - Trigonometry - 1888 - 186 pages
...OF AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A-\- J?+ **C= 180°, are sufficient for solving every case of...sides and the included angle ; IV. The three sides.** In all cases let А, В, С denote the angles, a, b, с the sides opposite these angles respectively.... | |
| John Casey - Geometry - 1888 - 300 pages
...SECTION II.—OBLIQUE-ANGLED TEIANOLES. 129. There are four cases of oblique-angled triangles.— I. A **side and two angles. II. Two sides, and the angle opposite to one of** them. III. Two sides and the included angle. IV. The three sides. CASE I.—Suppose В, С are the... | |
| George Albert Wentworth - Surveying - 1889 - 360 pages
...AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A -\-В-}- **C= 180°, are sufficient for solving every case of...sides and the included angle ; IV. The three sides.** In all cases let А, В, С denote the angles, a, b, с the sides opposite these angles respectively.... | |
| George Albert Wentworth - Surveying - 1889 - 280 pages
...OF AN OBLIQUE TRIANGLE. The formulas established in §§ 36-38, together with the equation A + B+ 0= **180°, are sufficient for solving every case of an...II. Two sides and the angle opposite to one of these** sidee ; III. Two sides and the included angle ; IV. The three sides. In all cases let А, В, С denote... | |
| |