The Designed point Elevation can be picked off grading plans or could be calculated as in following example: In this case you are required to calculate a point elevation based on another point known elevation of 130.518m which is at 50.4 m horizontal distance with the Gradient of + 0.5%. The required point elevation would be: m.

The Designed point Elevation can be picked off grading plans or could be calculated as in following example: In this case you are required to calculate a point elevation based on another point known elevation of 130.518m which is at 50.4 m horizontal distance with the Gradient of + 0.5%. The required point elevation would be: m.

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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Similar questions

Please see the image below. Use 2 decimal places.
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SITUATION 3- Topographic Survey (A) The difference in elevation between two ground points, A and B, is 42.50 m, and the horizontal distance between the two points is 125.50 m Determine the slope between the points in gradient and grads
4. If the scaled horizontal distance between points A and b is 433.50m and the elevation of A and B are 385m nd 310m, respectively, determine the average slope between the two points in: a. mils b. percent c. gradient d. grads e. Degrees
Given: L=2000 ft., G1 = +1%, G2 = -3%; What is the elevation difference from a point 8 stations back from the PT to the PT station?
Show your complete solution and illustration (if applicable)
A 26m reach of a certain stream AB was selected with cross-section shown below.At point A of the reach, the elevation was found to be +0.100m while at point B downstream, the elevation was found to be -0.200m. Determine what is asked for in the following questions if n = 0.3. Show complete and detailed solutions. Draw a figure also.
7. From the following set of notes, estimate the cross-sectional area: 2.52 3.42 4.1 5.2 5.8 5.52 3 0 4.68 8.8 The roadwidth/formation width is 6 m and the side slope is 1:1. Calculate the area of the cross section.