Solve the following triangle, rounding all approximated values to the nearest hundredth: 72.1° 4

Trigonometry (11th Edition)
11th Edition
ISBN:9780134217437
Author:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Publisher:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Chapter1: Trigonometric Functions
Section: Chapter Questions
Problem 1RE: 1. Give the measures of the complement and the supplement of an angle measuring 35°.
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### Solving a Right Triangle

To solve the following right triangle, round all approximated values to the nearest hundredth:

#### Diagram Description
- The triangle is a right triangle.
- The base (adjacent side to the angle) is labeled as 4 units.
- The angle adjacent to the base is 72.1 degrees.
- The opposite side is labeled as \( x \).
- The hypotenuse is labeled as \( y \).
- The other angle opposite the base is labeled as \( z \).

#### Steps for Solving:

1. **Finding \( x \)**:
   \[ x = \tan(72.1^\circ) \cdot 4 \]

   Calculation:
   \[ \tan(72.1^\circ) \approx 3.077 \]
   \[ x \approx 3.077 \cdot 4 \approx 12.31 \]

2. **Finding \( y \)**:
   \[ y = \frac{4}{\cos(72.1^\circ)} \]

   Calculation:
   \[ \cos(72.1^\circ) \approx 0.309 \]
   \[ y \approx \frac{4}{0.309} \approx 12.94 \]

3. **Finding \( z \)**:
   Since the sum of angles in any triangle is 180° and one angle is 90°:
   \[ z = 90^\circ - 72.1^\circ \approx 17.9^\circ \]

### Summary of Results:
- \( x \approx 12.31 \)
- \( y \approx 12.94 \)
- \( z \approx 17.9^\circ \)

By following these steps, you can solve the given right triangle, rounding all values to the nearest hundredth as required.
Transcribed Image Text:### Solving a Right Triangle To solve the following right triangle, round all approximated values to the nearest hundredth: #### Diagram Description - The triangle is a right triangle. - The base (adjacent side to the angle) is labeled as 4 units. - The angle adjacent to the base is 72.1 degrees. - The opposite side is labeled as \( x \). - The hypotenuse is labeled as \( y \). - The other angle opposite the base is labeled as \( z \). #### Steps for Solving: 1. **Finding \( x \)**: \[ x = \tan(72.1^\circ) \cdot 4 \] Calculation: \[ \tan(72.1^\circ) \approx 3.077 \] \[ x \approx 3.077 \cdot 4 \approx 12.31 \] 2. **Finding \( y \)**: \[ y = \frac{4}{\cos(72.1^\circ)} \] Calculation: \[ \cos(72.1^\circ) \approx 0.309 \] \[ y \approx \frac{4}{0.309} \approx 12.94 \] 3. **Finding \( z \)**: Since the sum of angles in any triangle is 180° and one angle is 90°: \[ z = 90^\circ - 72.1^\circ \approx 17.9^\circ \] ### Summary of Results: - \( x \approx 12.31 \) - \( y \approx 12.94 \) - \( z \approx 17.9^\circ \) By following these steps, you can solve the given right triangle, rounding all values to the nearest hundredth as required.
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