The data in the table below is for a closed-polygon traverse. Balance the traverses by coordinates using the compass rule. BC CD Course AB DA Bearing N8°17'02"E N87°02′05"E S14°47′06" W N68°43'20" W Length 403.73 (ft) 622.63 653.16 550.84 Part D Compute the relative precision. Express your answer as an integer 1: 25600 Submit Previous Answers Correct Part E Compute the preliminary coordinates in feet if X= 15000 and Y₁ = 10000. Express your answers in feet to two decimal places separated by commas VAZ Ivec XB. YB. XC. YC, XD, YD = ? ft
The data in the table below is for a closed-polygon traverse. Balance the traverses by coordinates using the compass rule. BC CD Course AB DA Bearing N8°17'02"E N87°02′05"E S14°47′06" W N68°43'20" W Length 403.73 (ft) 622.63 653.16 550.84 Part D Compute the relative precision. Express your answer as an integer 1: 25600 Submit Previous Answers Correct Part E Compute the preliminary coordinates in feet if X= 15000 and Y₁ = 10000. Express your answers in feet to two decimal places separated by commas VAZ Ivec XB. YB. XC. YC, XD, YD = ? ft
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Can you help me with part E, I will rate if answered soon thanks.
![### Educational Content on Traverse Calculation
#### Closed-Polygon Traverse Balancing
##### Table of Traverse Data
The table below provides data for a closed-polygon traverse, requiring the balance of traverses by coordinates using the compass rule.
| **Course** | **Bearing** | **Length (ft)** |
|------------|------------------|-----------------|
| AB | N8°17′02″E | 403.73 |
| BC | N87°02′05″E | 622.63 |
| CD | S14°47′06″W | 653.16 |
| DA | N68°43′20″W | 550.84 |
#### Problem Solving Parts
**Part D: Compute the Relative Precision**
- Objective: Determine the relative precision of the traverse.
- Required Answer: Express the precision as an integer.
- Solution Provided: 1: 25600
- Status: Correct
**Part E: Compute Preliminary Coordinates**
- Objective: Calculate the preliminary coordinates in feet for specific points.
- Initial Points Given: \( X_A = 15000 \) and \( Y_A = 10000 \).
- Answer Format: Express answers in feet to two decimal places, separated by commas.
- Input Box: \( X_B, Y_B, X_C, Y_C, X_D, Y_D = \) [Input section]
This content aims to guide students through the process of handling closed-polygon traverses, focusing on applying the compass rule for coordinate balancing and understanding precision calculations.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff2e99635-9351-4a90-90be-f1d1f0c280c7%2F99fc0304-282f-4b30-bf29-2024080129f2%2Fq6x258f_processed.png&w=3840&q=75)
Transcribed Image Text:### Educational Content on Traverse Calculation
#### Closed-Polygon Traverse Balancing
##### Table of Traverse Data
The table below provides data for a closed-polygon traverse, requiring the balance of traverses by coordinates using the compass rule.
| **Course** | **Bearing** | **Length (ft)** |
|------------|------------------|-----------------|
| AB | N8°17′02″E | 403.73 |
| BC | N87°02′05″E | 622.63 |
| CD | S14°47′06″W | 653.16 |
| DA | N68°43′20″W | 550.84 |
#### Problem Solving Parts
**Part D: Compute the Relative Precision**
- Objective: Determine the relative precision of the traverse.
- Required Answer: Express the precision as an integer.
- Solution Provided: 1: 25600
- Status: Correct
**Part E: Compute Preliminary Coordinates**
- Objective: Calculate the preliminary coordinates in feet for specific points.
- Initial Points Given: \( X_A = 15000 \) and \( Y_A = 10000 \).
- Answer Format: Express answers in feet to two decimal places, separated by commas.
- Input Box: \( X_B, Y_B, X_C, Y_C, X_D, Y_D = \) [Input section]
This content aims to guide students through the process of handling closed-polygon traverses, focusing on applying the compass rule for coordinate balancing and understanding precision calculations.
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Step 1: Introducing given data
VIEWStep 2: Calculation of Unadjusted departures and Latitudes
VIEWStep 3: Calculation of linear misclosure
VIEWStep 4: Calculation of Relative precision
VIEWStep 5: Using compass rule
VIEWStep 6: Calculate Adjusted latitude
VIEWStep 7: calculate the coordinates
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