Solve for x. Round to the nearest tenth of a degree, if necessary. Answer: x= 50 J to 59 H O Submit Answer

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Chapter7: Triangles
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### Solving for \( x \) in a Right Triangle

In this exercise, you are given a right triangle and asked to solve for the angle \( x \). 

#### Instructions:
Solve for \( x \). Round to the nearest tenth of a degree, if necessary. 

#### Given Diagram:
The triangle is labeled as follows:
- \( \angle I \) is the right angle.
- Side \( IH \) is the hypotenuse and measures 59 units.
- Side \( GI \) measures 50 units.
- \( \angle GIH \) is given as \( x^\circ \).

\( x \) is the unknown angle we need to solve for.

#### Solution Explanation:
To find \( x \), we can use trigonometric ratios. Here, we have the length of the side adjacent to \( x \) (which is 50) and the hypotenuse (which is 59).

We can use the cosine function, which is defined as:
\[ \cos(x) = \frac{\text{adjacent}}{\text{hypotenuse}} \]

Substitute the given values:
\[ \cos(x) = \frac{50}{59} \]

To find \( x \), take the arccosine (inverse cosine) of both sides:
\[ x = \cos^{-1}\left(\frac{50}{59}\right) \]

Use a calculator to find the value:
\[ x \approx 32.2^\circ \]

#### Final Answer:
\[ x = 32.2^\circ \]

Enter your answer in the provided answer box labeled "Answer: \( x = \)". Then, click "Submit Answer" to check your solution.

#### Additional Notes:
You may use a scientific calculator to compute the arccosine value. If necessary, refer to materials on trigonometric functions and their inverses for deeper understanding.
Transcribed Image Text:### Solving for \( x \) in a Right Triangle In this exercise, you are given a right triangle and asked to solve for the angle \( x \). #### Instructions: Solve for \( x \). Round to the nearest tenth of a degree, if necessary. #### Given Diagram: The triangle is labeled as follows: - \( \angle I \) is the right angle. - Side \( IH \) is the hypotenuse and measures 59 units. - Side \( GI \) measures 50 units. - \( \angle GIH \) is given as \( x^\circ \). \( x \) is the unknown angle we need to solve for. #### Solution Explanation: To find \( x \), we can use trigonometric ratios. Here, we have the length of the side adjacent to \( x \) (which is 50) and the hypotenuse (which is 59). We can use the cosine function, which is defined as: \[ \cos(x) = \frac{\text{adjacent}}{\text{hypotenuse}} \] Substitute the given values: \[ \cos(x) = \frac{50}{59} \] To find \( x \), take the arccosine (inverse cosine) of both sides: \[ x = \cos^{-1}\left(\frac{50}{59}\right) \] Use a calculator to find the value: \[ x \approx 32.2^\circ \] #### Final Answer: \[ x = 32.2^\circ \] Enter your answer in the provided answer box labeled "Answer: \( x = \)". Then, click "Submit Answer" to check your solution. #### Additional Notes: You may use a scientific calculator to compute the arccosine value. If necessary, refer to materials on trigonometric functions and their inverses for deeper understanding.
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