1. A windmill has radius 1 meter and its center is 8 meters off the ground. The point W starts at the tip of a blade in the position farthest to the right and rotates counterclockwise. Write a function describing the relationship between the height h of W, in meters, and the angle 0 of rotation. 2. Graph your function using technology. How does it compare to the graph where the center of windmill is at (0,0)? 3. What would the graph look like if the center of the windmill were 11 meters off the ground? Explain how you know.

1. A windmill has radius 1 meter and its center is 8 meters off the ground. The point W starts at the tip of a blade in the position farthest to the right and rotates counterclockwise. Write a function describing the relationship between the height h of W, in meters, and the angle 0 of rotation. 2. Graph your function using technology. How does it compare to the graph where the center of windmill is at (0,0)? 3. What would the graph look like if the center of the windmill were 11 meters off the ground? Explain how you know.

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

1. A windmill has radius 1 meter and its center is 8 meters off the ground. The point W starts at the
tip of a blade in the position farthest to the right and rotates counterclockwise. Write a function
describing the relationship between the height h of W, in meters, and the angle 0 of rotation.
2. Graph your function using technology. How does it compare to the graph where the center of
windmill is at (0,0)?
3. What would the graph look like if the center of the windmill were 11 meters off the ground?
Explain how you know.

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