One night after escaping Jurassic Park, Fluffy and Talula are accidentally awoken by a ranger in an attempt to recapture them. Fluffy runs off at S69°E at 40 mph while Talula heads S11°W. After 15 mins, the velociraptors have escaped. If the bearing from Talula to Fluffy is N43°E, how far apart are they?

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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Below you will find a detailed transcription of the data table suitable for an educational website. The table appears to show a variety of numerical data, including directional coordinates, possibly indicating measurements related to geography, navigation, or physics.

| 176.2 | 152.7 | 23.8    | 17.5    | 2.8     |
|-------|-------|---------|---------|---------|
| 10.8  | N86.6°E | S4.5°W | N81.5°E | 16.2    |
| 11.5  | 25.3  | 18.6    | 164.0   | N57.5°W |
| 7.6   | 19.7  | 3.14    | 26.9    | 12.9    |
| S56.6°E| 18.9  | 16.9    | 5.8     | 1.6     |

**Explanation of the Table:**

- The table consists of five columns, each containing five rows of data.
- It features a mix of numerical values and directional coordinates (e.g., N86.6°E, S4.5°W).
  - N and S denote North and South, respectively, while E and W denote East and West.
  - The numbers associated with these coordinates likely measure angles or directions in degrees.
 - The values might represent various parameters or measurements, but the exact context is not provided.
Transcribed Image Text:Below you will find a detailed transcription of the data table suitable for an educational website. The table appears to show a variety of numerical data, including directional coordinates, possibly indicating measurements related to geography, navigation, or physics. | 176.2 | 152.7 | 23.8 | 17.5 | 2.8 | |-------|-------|---------|---------|---------| | 10.8 | N86.6°E | S4.5°W | N81.5°E | 16.2 | | 11.5 | 25.3 | 18.6 | 164.0 | N57.5°W | | 7.6 | 19.7 | 3.14 | 26.9 | 12.9 | | S56.6°E| 18.9 | 16.9 | 5.8 | 1.6 | **Explanation of the Table:** - The table consists of five columns, each containing five rows of data. - It features a mix of numerical values and directional coordinates (e.g., N86.6°E, S4.5°W). - N and S denote North and South, respectively, while E and W denote East and West. - The numbers associated with these coordinates likely measure angles or directions in degrees. - The values might represent various parameters or measurements, but the exact context is not provided.
**Problem 6: Velociraptor Escape and Bearing Calculation**

One night after escaping Jurassic Park, Fluffy and Talula are accidentally awoken by a ranger in an attempt to recapture them. Fluffy runs off at S69°E at 40 mph while Talula heads S11°W. After 15 minutes, the velociraptors have escaped. If the bearing from Talula to Fluffy is N43°E, how far apart are they?

This problem involves determining the distance between two points after the velociraptors, Fluffy and Talula, have traveled in different directions for a specified amount of time. Fluffy's path has a bearing of S69°E, and Talula's path has a bearing of S11°W. The calculation takes into account:

- The speed at which Fluffy is traveling (40 mph).
- The time taken for their escape (15 minutes or 0.25 hours).
- The bearing from Talula to Fluffy (N43°E).

### Explanation of Key Concepts:
- **Bearing:** The direction or path along which something moves or along which it lies.
- **Travel Time Conversion:** Converting minutes into hours as it's given that Fluffy's speed is in miles per hour.
  
### Detailed Steps for Solution:

1. **Convert travel time**: 
   15 minutes = 15/60 hours = 0.25 hours

2. **Calculate distance traveled by Fluffy**:
   \[
   \text{Distance} = \text{Speed} \times \text{Time} = 40 \, \text{mph} \times 0.25 \, \text{hours} = 10 \, \text{miles}
   \]

3. **Represent paths and bearings on a coordinate system**:
   - Fluffy moves S69°E, meaning 69 degrees east of due south.
   - Talula moves S11°W, meaning 11 degrees west of due south.

4. **Use trigonometry and vector analysis**: To determine the relative positions and calculate the straight-line distance between them.

### Diagram and Calculation:

Given the coordinates and initial positions are detailed, you would typically use:
\[ \Delta x = x_{\text{Fluffy}} - x_{\text{Talula}} \]
\[ \Delta y = y_{\text{Fluffy}} - y_{\text{Talula}} \]

Following
Transcribed Image Text:**Problem 6: Velociraptor Escape and Bearing Calculation** One night after escaping Jurassic Park, Fluffy and Talula are accidentally awoken by a ranger in an attempt to recapture them. Fluffy runs off at S69°E at 40 mph while Talula heads S11°W. After 15 minutes, the velociraptors have escaped. If the bearing from Talula to Fluffy is N43°E, how far apart are they? This problem involves determining the distance between two points after the velociraptors, Fluffy and Talula, have traveled in different directions for a specified amount of time. Fluffy's path has a bearing of S69°E, and Talula's path has a bearing of S11°W. The calculation takes into account: - The speed at which Fluffy is traveling (40 mph). - The time taken for their escape (15 minutes or 0.25 hours). - The bearing from Talula to Fluffy (N43°E). ### Explanation of Key Concepts: - **Bearing:** The direction or path along which something moves or along which it lies. - **Travel Time Conversion:** Converting minutes into hours as it's given that Fluffy's speed is in miles per hour. ### Detailed Steps for Solution: 1. **Convert travel time**: 15 minutes = 15/60 hours = 0.25 hours 2. **Calculate distance traveled by Fluffy**: \[ \text{Distance} = \text{Speed} \times \text{Time} = 40 \, \text{mph} \times 0.25 \, \text{hours} = 10 \, \text{miles} \] 3. **Represent paths and bearings on a coordinate system**: - Fluffy moves S69°E, meaning 69 degrees east of due south. - Talula moves S11°W, meaning 11 degrees west of due south. 4. **Use trigonometry and vector analysis**: To determine the relative positions and calculate the straight-line distance between them. ### Diagram and Calculation: Given the coordinates and initial positions are detailed, you would typically use: \[ \Delta x = x_{\text{Fluffy}} - x_{\text{Talula}} \] \[ \Delta y = y_{\text{Fluffy}} - y_{\text{Talula}} \] Following
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