3.Complete the accompanying set of differential leveling notes and perform thearithmetic check. StationBM20TP1TP2TP3BM20BS (m)26.92126.73326.61526.648HI (m)FS (m)27.23527.01826.58126.088Elevation (m)163.522

Answered: Image /qna-images/answer/e8d7ea2a-5524-4e1e-b914-7553597f2bd6.jpg

Answered: Station BM20 TP1 TP2 TP3 BM20 BS (m)…

Station BM20 TP1 TP2 TP3 BM20 BS (m) 26.921 26.733 26.615 26.648 HI (m) FS (m) 27.235 27.018 26.581 26.088 Elevation (m) 163.522

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: Can I get a step by step for this question? Using the data presented for the given soil sample,…

A: Given data: Soil is Inorganic Coefficient of uniformity, Cu=5.5 Coefficient of curvature, Cc=1.8…

Q: Q- What is the nearest magnitude of strength of a 6 mm fillet weld of 100 mm length made between two…

A: Given: A 6 mm fillet weld of 100 mm length. Made between two flats each 10 mm thick. The allowable…

Q: A concrete block with a specific weight of 33.6KN/m3 is suspended by a rope in a solution with a…

Q: 1. A 1-m- diameter new cast iron pipe (n=0.012) is 845 m long and has a head loss of 1.11m. Find the…

A: NOTE : As per guidelines, question 1 is solved. Request you to post remaining questions separately.…

Q: Cross-Section A (Channel Cross-Section) The first cross-section is what is often referred to as an…

A: As per guideline we can solve one question

Q: 3. Determine the maximum compression load that the column can carry. Use allowable strength design…

A: First we summarise the given data : Safety factor = 2.0 To Find : The max. compression load that…

Q: What is the gauge pressure at point P in the figure? Assume g = 10 m/s² ¥ Water Immiscible liquid of…

A: Given data- Water depth hw=0.8 m, Immiscible liquid depth hl=1 m, Specific gravity of liquid G=1.6,…

Q: A surveyor is laying out two small concrete slabs for the City of Melbourne, as hown in the figure…

Q: The ends of a 4° circular curve are to be joined with the straights, using a transitions curve of…

A: Given- Degree of curve = 40 Length of transition curve = 150 m To find - The radius of curvature…

Q: Draw a flow net for the weir shown in Figure 7.22. Calculate the rate of seep- age under the weir.…

A: To determine- a) Rate of seepage under the weir b) uplift force at the base…

Q: Q6/ In closed traverse ABCD shown below:- 1-Correct the External angles if the instrument accuracy…

Q: A salt lake doesn't have an outflow since evaporation totally balances the intake flow. This is…

A: The given data in the question is: The concentration of salt in the lake is 52g/L. The volume of…

Q: A structural engineer supplied the load ratio of a 450UB45 steel section as being 0.5. a) If the…

A: Given :- Steel Section - 450UB45 load ratio -0.5 For a 450UB45 steel section with a cross-sectional…

Q: The free mean speed on a roadway is found to be 80 km/h. If the average spacing between ehicles is…

A: given - Free mean speed, = 80 km/h The average spacing between vehicles is…

Q: a) What is the maximum length of the queue upstream of the bottleneck? b) At what time the queue…

Q: Compare the cost of pumping a fluid "A" between two points at the same volumetric rate in 10 cm and…

Q: A steel penstock 60 cm in diameter has a shell thickness of 1.2 cm. The modulus of elasticity of the…

Q: What is the essence of CE laws contracts ,specification and ethics for aspiring civil engineers

A: Civil engineering is a profession that involves designing, constructing, and maintaining…

Q: Consider only a single lane of a highway. Based on extensive data from an urban freeway it is…

Q: Determine the slope at points B and C of the beam, and the deflection of point C. Assume E = 2 9 000…

Q: 150 mm - B A V = 130 kN 50 mm 150 mm 150 mm 50 mm 150 mm - Change the magnitude of the internal…

Q: 2.61. The following (MPN) test results were obtained for three water samples. Determine the MPN/100…

Q: Q10/ If you have the following records listed in the table below: Find the area of the traverse…

A: ∆x is the departure of the lines ∆y is the latitude of the line DMD is double meridian distance and…

Q: In the prestressed concrete beam section shown in the given figure, if the net losses are 15% and…

A: Given data- Loss of prestress PL=15%, Final prestressing force =500 kN, To Find- The initial…

Q: An embankment is shown in the figure. Determine the stress increase (in kPa) under the embankment at…

A: Given: γ=17 kN/m3 H = 7 m Z1 = 8 m Z2 = 4 m

Q: The in-situ void ratio of a granular soil deposit is 0.59. The void ratios in loosest and densest…

Q: A mild steel bar has a gauge length of 80 mm and the total elongation is 0.08 mm, find the strain…

A: Given data :- Total elongation = 0.08 mm Gauge length = 80 mm To find the strain produced it

Q: 3- The flange tips of a steel section are welded to steel cover plates, as shown in the figure. The…

A: Given data in question Load 150 kN Moment of inertia 500×106 mm4 Width 300 mm Depth 380 mm To find…

Q: A domestic wastewater with BODs of 205 mg/L is treated by a secondary treatment plant that removes…

A: Given, BOD5 = 205 mg/L Initial DO = 9.2 mg/L Final DO = 2 mg/L Bottle volume = 300 ml

Q: CIVIL ENGINEERING (Drainage): Calculate the return period of a design storm with 26.1% probabil

Q: A homeowner is building a patio with concrete blocks. The blocks are 11" x 10" x 6". The blocks…

Q: Determine the overhaul (in m³-m) of the proposed highway construction using Mass-Haul Diagram.…

A: Given:- The volume of cut and fill are given The shrinkage percentage = 14.3% To determine:- The…

Q: Determine the reactions for the continuous beam shown by the three-moment equation. Draw the shear…

A: Solution: Span OAB:…

Q: When discussing most efficient section in open channels, what is the perimeter, P as a proportion Р…

Q: Problem 1: Method of Joints Inputs: a = 7 m F₁ = 15 KN ● F₂ = 10 KN ● ● There is a pin at A and a…

A: Given To find Force in each member of truss

Q: Part 1 For the Beams Shown below solve each of the Following 1. Location of Maximum Deflection 2.…

A: As per the guideline, I have to solve one question. So, please upload other questions as separate…

Q: The assembly consists of a brass shell (1) fully bonded to a solid ceramic core (2). The brass shell…

A: Given: Brass shell: Internal diameter, di=35mm Outer diameter, do=50mm length=200mm Eb=115GPa…

Q: 5 kN/m 5m 20 kN 5 m 10 kNm a) Determine the second moment of area of the cross-section b) Determine…

A: Answer- In this question given data are- I section with the given dimensions to calculate the…

Q: (i) The watershed at a particular site on a river has 77000 ha area. The mean annual precipitation…

A: Given Data Watershed area (A) = 77000 ha Mean annual precipitation (P) = 950 mm 25% precipitation…

Q: A river, flowing at 1.5 m3/s, is polluted with the pesticide permethrin and flows into a lake (100 m…

A: Given, Q = 1.5 m3/s or 5400 m3/hr V = 100m x 100 m x 2.5m = 250000 m3 A = 2.7 m2 t1/2 = 19 hrs

Q: o=Fe" is known to be the stress-strain relation of the material during tension and compression.…

Q: Consider the truss shown in (Figure 1). Suppose that F-2.5 k. Assume all members are pin connected…

Q: A tile drainage system draining 12 hectares, flows at a design capacity for two days, following a…

A: Given - Drainage area = 12 hectares Water removal period = 2 days Drainage coefficient = 1.25 cm To…

Q: The herbicide atrazine is accidentally spilled into a river, resulting in 80 μg/L atrazine…

A: Solution:- Time taken by chemical to reach drinking water intake given by t= distance/velocity .…

Q: Consider the following simply supported beam. It has normal-weight concrete with a compressive…

A: Shear reinforcement

Q: The beam is simply supported at the left end and fixed at the right end. Under a unform load w, it…

Q: Problem Statement Based on Problem 6-69 from the textbook. Determine the reactions at supports A and…

Q: Question A gravity dam of elementary profile is made of concrete of specific gravity 2.5. The safe…

A: Given - Specific gravity, G = 2.5 Stress of foundation material, f =3.87 Mpa f = 3.87 ×103 pa…

Q: When does internal splintering start, and what causes it?

A: Internal splintering is an important factor which refers to mutual disagreement between team members…

Q: 10 kg box is suspended as shown draw free body diagram resolve each force in cartesian coo

Question

3.
Complete the accompanying set of differential leveling notes and perform the
arithmetic check.

Station
BM20
TP1
TP2
TP3
BM20
BS (m)
26.921
26.733
26.615
26.648
HI (m)
FS (m)
27.235
27.018
26.581
26.088
Elevation (m)
163.522

Expert Solution

Step 1

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

Differential leveling was performed to run the elevation of BM 3-1 located 30.00 meters to the right of station 3 + 480, to BM 3-2 located 27.50 m to the left of station 3 + 920.00. Calculate the elevations of the points and verify the quality of the annotations in the level book. STATION BS HI FS ELEVATION (m) BM 3-1 1.458 328.954 TP - 1 2.256 2.314 TP - 2 1.382 3.127 TP - 3 3.456 2.171 TP - 4 0.759 1.282 BM 3-2 2.000
Complete the following level notes. Show your detailed solution and checking. Differential Leveling Station BS HI FS Elevation BM1 1.050 ---- 147.630 TP1 1.224 1.923 TP2 1.276 1.481 TP3 1.087 2.290 TP4 1.162 2.140 TP5 1.751 2.700 BM2 ---- 2.565
Discuss with relevant examples any three applications of leveling.
If the distance from the instrument to the focus is 0.38m, determine the following:a) Horizontal distance between A and B.b) Difference in elevation between A and B.
Compute for HD if the upper, middle and lower hair readings in a three-wire levelling are 2.79m, 2.42m, and 2.06m respectively. Assume standard or usual values of K and C.
provide the leveling illustration for the given values below
A line of levels is run from BM1 to BM2 that is 8 km long. Elevation of BM1 and BM2 was found out to be 155.50, and 142.94 m, respectively. The average backsight and foresight distances were 148, and 169, respectively. Determine the corrected elevation of BM2 considering the effect of curvature and refraction. HINT: effect of curvature and refraction occurs on each rod reading. NOTE: answer in two decimal places
An engineer's level with stadia constant of 0.30 m was set up on the line between A and B, the following crosshair readings were observed. If the stadia interval factor of the levels is 100, determine the length of line AB. Show all your complete solution and illustration (if applicable)
A line of levels is run from BM1 to BM2, which is 12 km long. Elevation of BM1 was found out to be 100 m and that of BM2 is 125.382 m. Average backsight and foresight distance were 150 m and 100 m respectively. if the average backsight reading is 3.4 m and every time it is taken, the rod is inclined to the side from vertical by 4°, what should be the corrected elevation of BM2?
b) What is the difference between Errors and Mistakes? List the sources of errors and mistakes in Leveling?
Final answer: Deflection=8.91 Final answer: Slope Angle=0.556
Explain how errors due to lack of instrument adjustment can be practically eliminated in running a line of differential levels?