Q: Find the distance x in fig below, use the common intensity method as (i= 1200/1+90)x150 mSewer 1Sewer 2Sewer 350 mBPercent SlopeAreaA0.440.5B0.352SewerD (mm)1290241036000.8Distance (m)14080d/D0.30.6V full m/s1.821.6

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Answered: Q: Find the distance x in fig below,…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Northern Technical University Technical College of Kirkuk Surveying Technical Engineering Department Surveying II: Second year Lecturer: Asstant.prof. Dr. Muntadher Aidi Shareef PROBLEMS 1. Two distances of 50 and 80 meters were accurately measured out, and the intercepts on the staff between the outer stadia webs were 0.4% at the former distance and 0.7% at the tatter. Calculate the tacheometric constants. om Tom 2. Two sets of tacheometric readings were taken from an instrument station A, the reduced level of which was 15.05 ft to a staff station B. (a) Instrument P-multiplying constant 100, additive constant 14.4 in., staff held vertical. Sub (b) Instrument Q–multiplying constant 95, additive constant 15.5 in., staff he ld normal to the line of sight. Instrument Vertical angle 30° At To Ht of Instrument Stadia Readings P A B 4.52 2.35/3.31/4.27 4.47 Q What should be the stadia readings with instrument Q A 30° 3. The vertical angles to vanes fixed at 0.5 m and 35 m above the foot of…
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Q: Find the distance x in fig below, use the common intensity method as (i= 1200/1+90) x 150 m Sewer 1 Sewer 2 Sewer 3 50 m B Percent Slope Area A 0.44 0.5 B 0.35 2 Sewer D (mm) 1 290 2 410 3 600 0.8 Distance (m) 140 80 d/D 0.3 0.6 V full m/s 1.8 2 1.6