Problem #3 For the given data of a close traverse, determine the missing bearings of course CD and DE solve the AREA using DPD. Sketch the traverse. LINES DISTANCE (m) BEARING LATITUDE DEPARTURE DPD DOUBLE AREA AB 88 N 45°10' W BC 76 S 15°28' W CD 112 S 43°17' W DE 115 EF 200 FA 78 S 58°22' W Area =

Q: The data in the table below is for a closed-polygon traverse. Balance the traverses by coordinates…

A: Summation of Dep = -0.007 ftSummation of Lat = 0.087 ft

Q: For the given data of a close traverse, determine the missing bearings of course CD and DE solve the…

A: Solution Since two bearings are missing, join stations D and F to form a closed traverse Find the…

Q: From the field notes of a closed traverse shown below, adjust the traverse. Lines Bearing Distances…

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Q: Compute the bearings of all lines for a closed traverse ABCDEFGHA that has the following balanced…

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Q: Q2. Compute and tabulate for the following closed-polygon traverse: (a) preliminary bearings (b)…

A: For the given traverse, the included angles are given, and length of each line is given. The bearing…

Q: For the given data of a close traverse, determine the missing bearings of course CD and DE solve the…

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Q: Given the following tabulated data for a closed traverse, determine the bearings of CD and EA.

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Area Computations

The area is the mathematical estimation of the inner space occupied by any shape or object and area computation is the evaluation of how much inner space that particular shape or object has utilized. Simple applications include calculating the area of wall for the quantity of paint or plaster to be applied on it, area calculations for construction of a trapezoidal dam and how much material is required, calculating the area of a circle to determine the range or distance of wheels that they are capable of covering due to varied radii and so on.