### Problem Solving with Linear Programming #### Task (b) **Objective**: Solve the linear program formulated in part (a). Determine how many service facilities are required. **Input Required**: - Input the number of service facilities in the provided box. **Location Options**: Select all applicable locations for the service facilities from the following list: - Boston - New York - Philadelphia - Baltimore - Washington - Richmond - Raleigh - Florence - Savannah - Jacksonville - Tampa - Miami --- #### Task (c) **Objective**: Assume each service facility can only provide service to regional offices within 300 miles. Determine how many service facilities are required under these conditions. **Input Required**: - Input the number of service facilities in the provided box. **Location Options**: Select all applicable locations for the service facilities from the following list: - Boston - New York - Philadelphia - Baltimore - Washington - Richmond - Raleigh - Florence - Savannah - Jacksonville - Tampa - Miami This exercise helps in understanding the application of linear programming in optimizing the location of service facilities based on geographical constraints. It emphasizes decision-making regarding facility numbers and locations for efficient operation within specific limitations. **East Coast Trucking Regional Office Distances** East Coast Trucking provides service along the East Coast from Boston to Miami. The company utilizes regional offices located in the following cities: Boston, New York, Philadelphia, Baltimore, Washington, Richmond, Raleigh, Florence, Savannah, Jacksonville, Tampa, and Miami. The table below shows the number of miles between each of these regional offices. | | New York | Philadelphia | Baltimore | Washington | Richmond | Raleigh | Florence | Savannah | Jacksonville | Tampa | Miami | |----------------|----------|--------------|-----------|------------|----------|---------|----------|----------|--------------|-------|-------| | **Boston** | 211 | 320 | 424 | 459 | 565 | 773 | 884 | 1,056 | 1,196 | 1,399 | 1,669 | | **New York** | | 109 | 213 | 248 | 354 | 502 | 673 | 845 | 985 | 1,188 | 1,458 | | **Philadelphia** | | | 104 | 139 | 245 | 393 | 564 | 736 | 876 | 1,079 | 1,349 | | **Baltimore** | | | | 35 | 141 | 289 | 460 | 632 | 772 | 975 | 1,245 | | **Washington** | | | | | 106 | 254 | 425 | 597 | 737 | 940 | 1,210 | | **Richmond** | | | | | | 148 | 319 | 491 | 631 | 834 | 1,104 | | **Raleigh** | | | | | | | 171 | 343 | 483 | 686 | 956 | | **Florence** | | | | | | | | 172 | 312 | 515 | 785 | | **Savannah** | | |

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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I need help with part b and c, please show me all the steps.

### Problem Solving with Linear Programming

#### Task (b)

**Objective**: Solve the linear program formulated in part (a). Determine how many service facilities are required.

**Input Required**:
- Input the number of service facilities in the provided box.

**Location Options**: Select all applicable locations for the service facilities from the following list:
- Boston
- New York
- Philadelphia
- Baltimore
- Washington
- Richmond
- Raleigh
- Florence
- Savannah
- Jacksonville
- Tampa
- Miami

---

#### Task (c)

**Objective**: Assume each service facility can only provide service to regional offices within 300 miles. Determine how many service facilities are required under these conditions.

**Input Required**:
- Input the number of service facilities in the provided box.

**Location Options**: Select all applicable locations for the service facilities from the following list:
- Boston
- New York
- Philadelphia
- Baltimore
- Washington
- Richmond
- Raleigh
- Florence
- Savannah
- Jacksonville
- Tampa
- Miami

This exercise helps in understanding the application of linear programming in optimizing the location of service facilities based on geographical constraints. It emphasizes decision-making regarding facility numbers and locations for efficient operation within specific limitations.
Transcribed Image Text:### Problem Solving with Linear Programming #### Task (b) **Objective**: Solve the linear program formulated in part (a). Determine how many service facilities are required. **Input Required**: - Input the number of service facilities in the provided box. **Location Options**: Select all applicable locations for the service facilities from the following list: - Boston - New York - Philadelphia - Baltimore - Washington - Richmond - Raleigh - Florence - Savannah - Jacksonville - Tampa - Miami --- #### Task (c) **Objective**: Assume each service facility can only provide service to regional offices within 300 miles. Determine how many service facilities are required under these conditions. **Input Required**: - Input the number of service facilities in the provided box. **Location Options**: Select all applicable locations for the service facilities from the following list: - Boston - New York - Philadelphia - Baltimore - Washington - Richmond - Raleigh - Florence - Savannah - Jacksonville - Tampa - Miami This exercise helps in understanding the application of linear programming in optimizing the location of service facilities based on geographical constraints. It emphasizes decision-making regarding facility numbers and locations for efficient operation within specific limitations.
**East Coast Trucking Regional Office Distances**

East Coast Trucking provides service along the East Coast from Boston to Miami. The company utilizes regional offices located in the following cities: Boston, New York, Philadelphia, Baltimore, Washington, Richmond, Raleigh, Florence, Savannah, Jacksonville, Tampa, and Miami. The table below shows the number of miles between each of these regional offices.

|                | New York | Philadelphia | Baltimore | Washington | Richmond | Raleigh | Florence | Savannah | Jacksonville | Tampa | Miami |
|----------------|----------|--------------|-----------|------------|----------|---------|----------|----------|--------------|-------|-------|
| **Boston**     | 211      | 320          | 424       | 459        | 565      | 773     | 884      | 1,056    | 1,196        | 1,399 | 1,669 |
| **New York**   |          | 109          | 213       | 248        | 354      | 502     | 673      | 845      | 985          | 1,188 | 1,458 |
| **Philadelphia** |        |              | 104       | 139        | 245      | 393     | 564      | 736      | 876          | 1,079 | 1,349 |
| **Baltimore**  |          |              |           | 35         | 141      | 289     | 460      | 632      | 772          | 975   | 1,245 |
| **Washington** |          |              |           |            | 106      | 254     | 425      | 597      | 737          | 940   | 1,210 |
| **Richmond**   |          |              |           |            |          | 148     | 319      | 491      | 631          | 834   | 1,104 |
| **Raleigh**    |          |              |           |            |          |         | 171      | 343      | 483          | 686   | 956   |
| **Florence**   |          |              |           |            |          |         |          | 172      | 312          | 515   | 785   |
| **Savannah**   |          |              |
Transcribed Image Text:**East Coast Trucking Regional Office Distances** East Coast Trucking provides service along the East Coast from Boston to Miami. The company utilizes regional offices located in the following cities: Boston, New York, Philadelphia, Baltimore, Washington, Richmond, Raleigh, Florence, Savannah, Jacksonville, Tampa, and Miami. The table below shows the number of miles between each of these regional offices. | | New York | Philadelphia | Baltimore | Washington | Richmond | Raleigh | Florence | Savannah | Jacksonville | Tampa | Miami | |----------------|----------|--------------|-----------|------------|----------|---------|----------|----------|--------------|-------|-------| | **Boston** | 211 | 320 | 424 | 459 | 565 | 773 | 884 | 1,056 | 1,196 | 1,399 | 1,669 | | **New York** | | 109 | 213 | 248 | 354 | 502 | 673 | 845 | 985 | 1,188 | 1,458 | | **Philadelphia** | | | 104 | 139 | 245 | 393 | 564 | 736 | 876 | 1,079 | 1,349 | | **Baltimore** | | | | 35 | 141 | 289 | 460 | 632 | 772 | 975 | 1,245 | | **Washington** | | | | | 106 | 254 | 425 | 597 | 737 | 940 | 1,210 | | **Richmond** | | | | | | 148 | 319 | 491 | 631 | 834 | 1,104 | | **Raleigh** | | | | | | | 171 | 343 | 483 | 686 | 956 | | **Florence** | | | | | | | | 172 | 312 | 515 | 785 | | **Savannah** | | |
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