WebFeb 1, 2024 · Answer Explanation: Triangle ABC is a right triangle with its right angle at B. Therefore, AC is the hypotenuse of right triangle ABC, and AB and BC are the legs of right triangle ABC. According to the Pythagorean theorem, A B = √ ( 202) − ( 162) = √ ( 400) − ( 256) = √ 144 = 12 WebWhen you write and solve the law of sines, you end up with sinC=0.32 or something. You type sin^-1 (0.32) in your calculator and you are given an acute angle. Actually there are two solutions to the equation sinC=0.32. One is acute (your calculator gave it to you) and the other solution is obtuse.
Solved Use the formula A = ½ ab sin C to find the area of - Chegg
WebGiven a right triangle, the length of one side, and the measure of one acute angle, find the remaining sides. For each side, select the trigonometric function that has the unknown … WebUsing the law of sines makes it possible to find unknown angles and sides of a triangle given enough information. Where sides a, b, c, and angles A, B, C are as depicted in the above calculator, the law of sines can be written … federal reserve jobs houston
Solve the Triangle A=15 , a=4 , b=5 Mathway
WebQuestion: 1) Use the formula A = ½ ab sin C to find the area of the triangle with side a = 3.9, and angles B = 90º, C = 38°. Hint: Find b first. 2) For a triangle ΔABC, we have a = 5.5, ∢B = 68°, and ∢A = 57°. Find side b. Assume standard notation, i.e., vertex A is opposite side a, etc. (Hint: Apply Law of Sines) to find the area of ... WebThe answer is B.) Solve the right triangle shown in the figure WebQuestion: Use the formula A = ½ ab sin C to find the area of the triangle with side a = 6.9, and angles B = 92º, C = 32°. Hint: Find b first. Hint: Find b first. Use the formula A = ½ … deductive proof logic