III. Project Work (C) 1. Use the radius of your wheel to write an equation of a circle, centered at (0, 0), with a radius and diameter equal to that of your wheel. radius=96feet

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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### Circular Motion and Trigonometry Project

#### Project Work (C)

1. **Circle Equation Using Wheel's Radius:**
   - Use the radius of your wheel to write an equation of a circle, centered at (0,0), with a radius and diameter equal to that of your wheel.
   - Given: 
     \[
     \text{radius} = 96 \text{ feet}
     \]

2. **Point Coordinates on a Circle:**
   - Write the coordinates of points A, B, C, and D on the graph.

3. **Measure of Angle of Rotation:**
   - Write the measure of the angle of rotation clockwise from A to each point below.
   - Then use the definition of \(\sin(\theta) = \frac{{\text{opposite}}}{{\text{hypotenuse}}}\) to find the sine of each of the four angles.

   | Measure of the Angle (\(\theta\)) | Sine of the Angle |
   |----------------------------------|-------------------|
   | A to A |\[ \]                     | \[ \]             |
   | A to B |                     |             |
   | A to C |                     |             |
   | A to D |                     |             |

   - Use a calculator to check the sine values above.

4. **Drawing and Labeling Angles:**
   - Draw a 200° angle in standard position.
   - Label point \(P\), the intersection of the terminal ray and the circle.
   - Draw a reference triangle.
   - Calculate the height below the midline for point \(P\).
   - Determine the y-coordinate of point \(P\).
   - Use the equation of your circle from step 1 to find the x-coordinate of point \(P\).

---
#### Summary of Graph Information:
- **Graph Description:**
  The provided diagram is a coordinate grid with a circle centered at (0,0). The circle has four points labeled A, B, C, and D. Point A is at (96, 0), Point B is at (0, 96), Point C is at (-96, 0), and Point D is at (0, -96).

#### Resources and Credits:
- Draw angles in a standard position on a coordinate grid, decide if angles are coterminal, and therefore have the same value for the sine function.

© 2021 Open Up
Transcribed Image Text:### Circular Motion and Trigonometry Project #### Project Work (C) 1. **Circle Equation Using Wheel's Radius:** - Use the radius of your wheel to write an equation of a circle, centered at (0,0), with a radius and diameter equal to that of your wheel. - Given: \[ \text{radius} = 96 \text{ feet} \] 2. **Point Coordinates on a Circle:** - Write the coordinates of points A, B, C, and D on the graph. 3. **Measure of Angle of Rotation:** - Write the measure of the angle of rotation clockwise from A to each point below. - Then use the definition of \(\sin(\theta) = \frac{{\text{opposite}}}{{\text{hypotenuse}}}\) to find the sine of each of the four angles. | Measure of the Angle (\(\theta\)) | Sine of the Angle | |----------------------------------|-------------------| | A to A |\[ \] | \[ \] | | A to B | | | | A to C | | | | A to D | | | - Use a calculator to check the sine values above. 4. **Drawing and Labeling Angles:** - Draw a 200° angle in standard position. - Label point \(P\), the intersection of the terminal ray and the circle. - Draw a reference triangle. - Calculate the height below the midline for point \(P\). - Determine the y-coordinate of point \(P\). - Use the equation of your circle from step 1 to find the x-coordinate of point \(P\). --- #### Summary of Graph Information: - **Graph Description:** The provided diagram is a coordinate grid with a circle centered at (0,0). The circle has four points labeled A, B, C, and D. Point A is at (96, 0), Point B is at (0, 96), Point C is at (-96, 0), and Point D is at (0, -96). #### Resources and Credits: - Draw angles in a standard position on a coordinate grid, decide if angles are coterminal, and therefore have the same value for the sine function. © 2021 Open Up
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