A. Solve each of the following triangles by first determining whether you can use Law of Sines or Law of Cosines. **When you have the ambiguous case, do not forget to find all possible triangles. Please round all angles to the nearest 10th and all sides to the nearest 100th. B. Make a sketch of each triangle solution, label all angles and side lengths on the triangle. You do not need to draw them exactly, but they should be representative of the actual triangles. C. Find the area of each triangle you found in part A using either the standard area formula or Heron's Formula. 1. Solve triangle ABC if C =14.5°, b=10, c= 4
A. Solve each of the following triangles by first determining whether you can use Law of Sines or Law of Cosines. **When you have the ambiguous case, do not forget to find all possible triangles. Please round all angles to the nearest 10th and all sides to the nearest 100th. B. Make a sketch of each triangle solution, label all angles and side lengths on the triangle. You do not need to draw them exactly, but they should be representative of the actual triangles. C. Find the area of each triangle you found in part A using either the standard area formula or Heron's Formula. 1. Solve triangle ABC if C =14.5°, b=10, c= 4
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter3: Subtraction Of Common Fractions And Mixed Numbers
Section: Chapter Questions
Problem 14A: Three holes are bored in a checking gage. The lower left edge of the gage is the reference point for...
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