Following are the stadia intervals and vertical angles for a transit-stadia traverse. The elevation of station A is 467.08m, stadia interval factor is 99.95 and stadia constant is 0.31m. Rod readings are taken at height of instrument. Compute the length of each course, the traverse length, and the elevations of the traverse stations. STA OCC STA OBS STADIA INTERVAL VERTICAL ANGLE A 2.595 0°46' B C 1.333 8°15' B 1.322 -8°16' C D 3.803 -2°25' C 3.787 2°20' D E 2.192 -1°33' length and elevation of each course (based on the mean result of backsight and foresight computations in some segments) in meters Length AB : in meters Length BC: in meters Length CD: in meters Length DE: in meters Total traverse: Elevation B: Elevation C: Elevation D: Elevation E: in meters in meters in meters in meters in meters
Following are the stadia intervals and vertical angles for a transit-stadia traverse. The elevation of station A is 467.08m, stadia interval factor is 99.95 and stadia constant is 0.31m. Rod readings are taken at height of instrument. Compute the length of each course, the traverse length, and the elevations of the traverse stations. STA OCC STA OBS STADIA INTERVAL VERTICAL ANGLE A 2.595 0°46' B C 1.333 8°15' B 1.322 -8°16' C D 3.803 -2°25' C 3.787 2°20' D E 2.192 -1°33' length and elevation of each course (based on the mean result of backsight and foresight computations in some segments) in meters Length AB : in meters Length BC: in meters Length CD: in meters Length DE: in meters Total traverse: Elevation B: Elevation C: Elevation D: Elevation E: in meters in meters in meters in meters in meters
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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