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Degrees, minutes, and seconds are the units of measure for property survey bearings. For example, n 38° 03′ 09″ e would translate as 38 degrees, 3 minutes, 9 seconds from the north to the east. The boundary lines, or “legs,” are often denoted in feet and listed directly below or after the bearing.

How to Read Survey Bearings? Survey bearings are a type of measurement used to determine the direction and location of an object in relation to a reference point.

Survey bearings are typically used in civil engineering, construction, and surveying to accurately determine the position and orientation of objects such as buildings, roads, and other manmade structures.

Knowing how to read survey bearings is essential to those in the engineering and surveying professions. The basic concept of survey bearings is to measure the direction and distance of an object in relation to a reference point.

This reference point is typically set by a surveyor and is used to establish the direction of the bearing. The bearing is then measured using trigonometry and is typically expressed in terms of degrees, minutes, and seconds.

To read survey bearings, the surveyor must first determine the reference point from which the bearing will be measured. This reference point is typically set by the surveyor and is typically identified by a reference number.

The surveyor must then determine the direction in which the bearing will be measured. This is typically done by using a compass and a protractor.

Once the reference point and the direction of the bearing have been determined, the surveyor can then measure the bearing