learly highlight the types of remedy available for those items from your defects list: - Electrical faults - Services and utilities.ie Plumbing faults, Drainage faults - Insulation - Water proofing - Fire Protection - Foundation Issues - HVAC System - Structural - Poor Workmanship - Soundproof

Q: Assume t = 1.8 in, a = 3.2 in., b = 3.6 in., c = 3.0 in. 十 Answer: Ix= a 叫 in.4 尤

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Q: Assume that all members are pin connected and P = 5 kN. (Figure 1) Figure Y Determine the force in…

A: A truss is given with a roller support at A and a vertical hinged support at E.The truss is acted…

Q: A three-hinged parabolic arch shown in Figure have a span, L and central rise, h carries a…

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Q: Calculate the axial forces in bars DA, DB, and DC necessary for the 5,000-kg body shown to remain in…

A: A 5000kg load is applied at D.The load in terms of weight is, The load is supported by 3 bars DA,…

Q: The capacity of a freeway is equivalent to the maximum analysis volume that can be served at Level…

A: A Level of Service (LoS) describes the minimum level of performance expected from a product or…

Q: Consider the beam shown in (Figure 1). Take P = 1 kip and w= 1.7 kip/ft. Point E ist just to the…

A: Given:Required :Normal force at DShear force at DMoment at DNormal force at EShear force at EMoment…

Q: For a freeway with a free flow speed of 70 mph, and an analysis volume (or flow rate) of 1,906…

A: On a freeway,The free flow speed, FFS = 70mphThe flow rate, VP = 1906 PCU/hour/laneTo determine the…

Q: The tabular allowable area per floor for Aircraft Hanger (Storage and Repair) non sprinklered, Type…

A: An aircraft hangar is generally the garagge for an airplane. Depending on their complexity, they can…

Q: Consider the girder and the moving loads shown in (Figure 1). Suppose that P = 80 kN. Figure 1 A 6m…

A: Beam:Rolling loads:To find:The maximum live bending moment at C caused by the moving loads.

Q: A composite beam is comprised of polymer matrix and fibre reinforcement. The composite beam is…

A: L = 800 mm a = 70 mmw = 15 N/mm = 1 mmEm = 9 GPa or 9000 MPaEf = 72 GPa or 72000 MPa

Q: For a saturated soil, given w = 40% and Gs= 2.71, determine the saturated and dry unit weights.

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Q: Considering the beam provided. If EIAB = ElcD = 3EIBC = 400000 kNm² and using the Virtual Work…

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Q: A concrete beam of rectangular cross-section of 200 mm x 400 mm is prestressed with a force of 400…

A: A concrete beam of rectangular cross-section-Cross-section-To Find-The maximum compressive stress in…

Q: Question 28 Assume two routes connect two cities, route 1 and route 2. The travel time on route 1,…

A: The travel time on route 1 is:-tt1 = 13 + 0.02f1Here,f1 = flow of carsThe travel time on route 2…

Q: Determine the joint displacements, member end forces, and support reactions for the beam shown. 5…

A: The given beam is a continuous beam. To find-The joint displacement, member forces and support…

Q: A pipe column is braced to prevent bending and buckling. It is subjected to a compressive load of…

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Q: Calculate the Coordinates of the Centroid of the flat area shown in the figure, with respect to the…

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Q: Consider the beam shown in (Figure 1). Take P = 2 kip and w = 1.9 kip/ft. Point E is just to the…

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Q: A single pile, 50 cm in diameter and 15 m long is driven in clay having an average unconfined…

A: Pile foundation case-Diameter d=50 cm=0.50 m,Length L=15 m,UCS qu=100 kPa,Shear mobilization factor…

Q: An extended aeration tank receives a BOD load of 768 kg/day. If two fixed aerators with oxygen…

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Q: r= 2 in. z = 4y3- x G N 10 in. 8 in.- th 2 in. 16 in.

A: Diameter of the drilled cylinder = 4 inRadius of the hemisphere = 2 inAfter drilling, the resulting…

Q: Problem No 3 A wide flange section has the following properties bf = 150 mm tf = 12 mm Fy 250 MPa =…

A: The breadth of the flange, bf = 150mmThe thickness of the flange, tf = 12 mmThe thickness of the…

Q: (i) At a vertical stress of 200 kPa, the void ratio of a 2.0 cm thick soil sample tested in an…

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Q: A centrifugal pump requires 40 ft head to deliver water from low level to higher level. If pump…

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Q: A three hinged arch of span 8 m and rise 2 m supports a uniformly distributed load 8 kN/m as shown…

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Q: When filled to capacity, the unpressurized storage tank contains water to a height of h=41 ft. The…

A: Height of water (h) = 41 ft Outside diameter of tank (D) = 8.9 ft Wall thickness (t) = 0.502…

Q: Assume that the flow-density on a roadway looks as follows: +9 If the capacity is 2,295 veh/hour,…

A: q = 2295 veh/hrkj = 178 veh/mi Vf = 66 mph

Q: R80.0000 550.0000 R80.0000 - 330.0000 -R80.0000 50.0000 100.0000 R80.0000

A: Section diagram:To find:a. Elastic Centroid along y. b. Elastic Centroid along x. c. Elastic Section…

Q: Analysis of T beam with compression steel. Calculate the ultimate moment of resistance of a T beam…

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Q: Draw the moment diagram and the shear diagram for the beam.

A: Beam loaded with uniformly distributed between support A and B. The overhangs portion from A and B…

Q: The beam-column in Figure 1 is a member of a braced frame. A second-order analysis was performed…

A: To check:Whether section W10 X 60 is adequate or not

Q: Initial abstraction la a) The area contributing direct run off to a stream b)The degree of vetness…

A: For the first question, the correct option is:Initial abstraction la isb) The degree of wetness of a…

Q: Assume that all members are pin connected and P = 5 kN. (Eigure 1) Figure 3 m3 m3 m+ 2007 P P…

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Q: Q3) Water is pumped from reservoir A to reservoir B and C. Also there is a pump operating between…

A: f =0.02D = 0.2 mL = 1000 mFind:QA, QB , QC, Hj

Q: What are the most important ideals and rules of DSDM? DSDM is a good method to use when making plans…

A: DSDM (Dynamic Systems Development Method) is an agile project delivery framework that provides a set…

Q: 5. A tank containing 7.5 cm diameter orifice is supplied by a suppressed weir having 90 cm depth of…

A: Orifice diameter d = 7.5 cm =0.075 mdepth of flow in weir d = 90 cm 0.9 mLength of weir L = 60 cm =…

Q: top, front and side view on autocad

A: To draw the top, front and side view of the given figure.

Q: From the double rodded level notes shown below, STA BS FS ELEV BM1 7.08 448.123 TP-1 (L) 11.24 TP-1…

A: STABSFSElevationBM17.08448.123TP-1 (L)11.242.73TP-1 (H)9.10.6TP-2 (L)10.011.21TP-2 (H)8.920.45TP-3…

Q: ● Analyze the following structure using the Flexibility Method. EI is constant. Compute all support…

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Q: Design the torsional and shear reinforcement for the beam as shown in the figure. The resulting L…

A: hf = 125 mmfy = 414 MPad = 660 mmfc = 35 MPab = 350 mmh = 725 mmcc = 40 mmZ = 2.3munit weight of…

Q: For the given angular section, a. Compute the radius of gyration b. Compute the polar moment of…

A: Determinea. Radius of gyration. b. Polar moment of inertia

Q: 8.24 Water flows downhill through a 3-in.-diameter steel pipe. The slope of the hill is such that…

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Q: The end moments of a slender column whose horizontal translation was prevented were obtained as 385…

A: End moments of slender column - 1. 385 kNm                                                        2.…

Q: 2. Oil of specific gravity of 0.90 is discharging through a 1 orifice in the end of a 120mm pipe.…

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Q: A hollow steel shaft with an outside diameter of 125 mm and a wall thickness of 15 mm is subjected…

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Q: 6. A broad crested weir in a horizontal channel is 10m wide and 1.4m high if the upstream depth is…

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Q: Apply de'Moivre's theorem or otherwise to solve for Zo and C from these expressions given below:…

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Q: Segment (2) has an outside diameter of 122 mm and a wall thickness of 14 mm. The shaft is subjected…

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Q: The level of service of a two-lane highway can be measured using the following service measurements…

A: Level of service (LOS) is a concept used to assess and categorize the quality and performance of…

Q: An A50 (Fy=345MPa) circular steel base plate 366mm in diameter and thickness of 15.7mm rests on…

A: Base plate = 366 mm dia.thickness, t = 15.7 mmConcrete pedestal = 525 mm x 525 mmThe column section…

Pricing Construction Equipment

Pricing construction equipment means estimating the cost of operation of all the construction equipment used in a construction project. The pricing is done based on two factors – ownership cost and operating cost of the equipment. Thorough knowledge of the ownership and operating costs is necessary for proper project management and executing profitable construction.