Natural Science. The tallest trees in the world grow in Redwood National Park in California; they are taller than a football field is long. Find the height of one of these trees, given the information in the figure. (The 100-foot measure- ment is accurate to 3 significant digits.) 37°10' 100 feet 44°0'

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Author:James Stewart
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Chapter1: Functions And Models
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### Natural Science

The tallest trees in the world grow in Redwood National Park in California; they are taller than a football field is long. Find the height of one of these trees, given the information in the figure. (The 100-foot measurement is accurate to 3 significant digits.)

#### Diagram Explanation

The diagram illustrates a method to calculate the height of a tall tree using trigonometry. It shows:

- A horizontal line from the base of the observer to the base of the tree, measuring 100 feet. 
- Two lines forming angles with the horizontal line. 
- The first line forms an angle of 44°0' with the horizontal, extending to the top of the tree.
- The second line forms an angle of 37°10' with the horizontal at a closer point to the observer.

The diagram is used to apply trigonometric functions to find the tree's height based on these angles and the known distance.
Transcribed Image Text:### Natural Science The tallest trees in the world grow in Redwood National Park in California; they are taller than a football field is long. Find the height of one of these trees, given the information in the figure. (The 100-foot measurement is accurate to 3 significant digits.) #### Diagram Explanation The diagram illustrates a method to calculate the height of a tall tree using trigonometry. It shows: - A horizontal line from the base of the observer to the base of the tree, measuring 100 feet. - Two lines forming angles with the horizontal line. - The first line forms an angle of 44°0' with the horizontal, extending to the top of the tree. - The second line forms an angle of 37°10' with the horizontal at a closer point to the observer. The diagram is used to apply trigonometric functions to find the tree's height based on these angles and the known distance.
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