Get the free COMPUTATION OF TRIG TRAVERSE FED MSR DA FORM 7365-R SEP 1996 - apd army

COMPUTATION OF TRIG TRAVERSE (FED MSR) For use of this form, see FM 62; the proponent agency is TRADE. COMPUTER: NOTEBOOK REFERENCE: CHECKER: DATE: AREA: SHEET INSTRUCTIONS OF SHEETS NOTES 1. Select

How to fill out computation of trig traverse

How to fill out computation of trig traverse:

1. Start by gathering the necessary data and equipment. You will need a surveying instrument, such as a theodolite or a total station, a measuring tape, and trigonometric tables or a calculator.
2. Begin the traverse by setting up the instrument at a known point of reference, called the starting station. This is usually a permanent marker or established benchmark.
3. Sight the instrument on a target, such as a distant point or a prism, and record the horizontal and vertical angles. These angles will be used to determine the direction and elevation of the subsequent traverse points.
4. Measure the distance between the instrument and the target using the measuring tape. This will provide the baseline distance for the trigonometric calculations.
5. Repeat steps 3 and 4 for each point in the traverse, moving the instrument to a new location and sighting on the next target.
6. Once you have gathered all the necessary data, you can begin the computation of the traverse. Use the horizontal and vertical angles, along with the baseline distances, to calculate the coordinates (or northing and easting) of each traverse point.
7. Apply trigonometric formulas and calculations to determine the coordinates of each point, taking into account the previous point's coordinates, the observed angles, and the measured distances.
8. Double-check your calculations for accuracy and verify that they are within an acceptable margin of error. If any errors are found, go back and repeat the necessary steps to ensure precision.

Who needs computation of trig traverse?

1. Land Surveyors: Trig traverse computations are essential for land surveyors who are responsible for accurately measuring and mapping out land boundaries, topographic features, and other surveying tasks.
2. Civil Engineers: Civil engineers often require trig traverse computations when planning and designing infrastructure projects like roads, bridges, and buildings. These computations help provide precise measurements and location data for construction purposes.
3. Geologists and Geographers: Trig traverse computations are valuable in geology and geography studies, particularly in mapping geological features and analyzing landforms. These calculations assist in making accurate geological maps and interpreting spatial relationships.
4. Foresters and Environmental Scientists: Trig traverse computations are useful for professionals working in forestry and environmental science fields. They can aid in mapping tree stands, estimating vegetation cover, and assessing environmental impacts.
5. Architects and Construction Professionals: Architects and construction professionals may utilize trig traverse computations to determine precise locations, angles, and elevations for designing and constructing buildings and infrastructure accurately.

Overall, anyone involved in surveying, mapping, construction, or environmental planning may need to perform computation of trig traverse to ensure accurate measurements and precise positioning of points in relation to known references.

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What is computation of trig traverse?

The computation of trig traverse involves calculating the trigonometric functions in a traverse survey to determine the coordinates of different points.

Who is required to file computation of trig traverse?

Surveyors and civil engineers are typically required to file the computation of trig traverse.

How to fill out computation of trig traverse?

The computation of trig traverse is typically filled out using surveying software or manually calculating the trigonometric functions.

What is the purpose of computation of trig traverse?

The purpose of the computation of trig traverse is to accurately determine the coordinates of points in a traverse survey.

What information must be reported on computation of trig traverse?

The computation of trig traverse must include the angle measurements, distance measurements, and calculated coordinates of the points.