...О = 29° 57' 13" ; V а — 558.74. I ' А = 56° 51' 27" ; = 40° 46' 13" ; - = ( с = 554. § 35. CASE IV. Given two sides and an angle opposite one of them, to find the remaining parts. 1. Given a, b, and A > 90°; required В, С, and c. Since, in any plane...

...due east from P, what is the direction of each place from every other place? If R is NE from P, what would each of these directions be ? 21. What angle...GIVEN Two SIDES AND AN ANGLE OPPOSITE ONE OF THEM 82. The Solution of Case IV, like that of Case I, is effected by the use of the law of sines (Art....

...due east from P, what is the direction of each place from every other place? If R is NE from P, what would each of these directions be ? 21. What angle...GIVEN Two SIDES AND AN ANGLE OPPOSITE ONE OF THEM 82. The Solution of Case IV, like that of Case I? is effected by the use of the law of sines (Art....

...angles and a side. Case II. Given two sides and the included angle. Case III. Given the three sides. Case IV. Given two sides and an angle opposite one of them. A general method for solving oblique triangles in all of these cases consists in dividing the triangle...

...angles and a side. Case П. Given two sides and the included angle. Case III. Given the three sides. Case IV. Given two sides and an angle opposite one of them. The direction " Solve a triangle" tacitly assumes that a sufficient number of parts of an actual triangle...