Some of the numbers on this illustration of a cross-section of a typical Gothic cathedral correspond to the terms below. Next to each term, write the appropriate number

Q: Problem 2.1 The Grashof number, Gr is defined as: (where g is gravitational acceleration, B is…

A: Grashof Number is a dimensionless parameter which is used to differentiate the flow as below

Q: A rigid steel bar is supported by three rods as shown. There is no strain in the rods before the…

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Q: One of the columns supporting the roof of a large building exerts a load of 1500kN on a circular…

A: The design of the footing is based on the criteria,  qn ≤ qna where qn - Net pressure from the…

Q: A 17.0 m high and 11.0 m long wall and it bracing under construction are shown in the figure.…

A: wind load intensity w = 670 N/ mm2 area of wall = 17 x 11 = 187 m2 number of braces n = 10

Q: Q4/ Determine the Moment of Inertia of the shaded area with respect to X axis, Ix, (all dimensions…

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Q: Q1: For the problem in Figure (1), determine maximum allowable load P such that maximum flexural…

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Q: 2= The deformations of a body are presented as follows. Find the Cauchy strain tensor [Cij] and…

A: Given, x1=2t-1X1+α X3 + X1x2=X3 2t-2-t + X2x3=X3  Point P (2,1,1) ; t=2 , α = 1   x1=22-12+(1) 1 +2…

Q: Draw Snear & IMION A 61 2' 2k 2k Diagrams. Find vmax, B 10' vimax, IVI:

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Q: ne the smalk

A: First find forces in each member,   RA (HORIZONTAL ) = 0      RA(VERTICAL) = 100 KN     RC = 100 KN…

Q: 4.7 A concrete beam of rectangular cross section of 200 mm x 400 mm is prestressed with a force 400…

A: b = 200mm d = 400mm A = b×dA = 200×400 = 80000mm2P = 400kNe = 100mm It has been asked in the…

Q: A channel is (50) m wide, 2.5m deep and has a bed slope of 1 in 4000. Determine the bed load…

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Q: tank at a vel is 2.5cm, wh the tank is 2

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Q: * Q2: The ladder in fig.(1), has a uniform weight of 100N and rests against the wall at B.If the…

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Q: Consider two axially loaded columns, namely, 1 and 2, made of a linear elastic material with Young's…

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Q: For the mechanism shown below, compute the magnitude of the force (F) required to break contact at…

A: Given, Spring constant(k) = 1800N/m S = 10mm  Force required to break contact at point c=?

Q: Q.1) Determine the support reactions at A and the tension in the cable of the beam-pulley system…

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Q: The exit gradient for the following weir on a permeable foundation as per Khosla's method will be Ť…

A: concept- exit gradient can be calculated as-GE=Hd×1πλwhere,GE=exit gradientH=head…

Q: is 2 meter. The steel w GPa) has a cross-sec x 10-6 m² and the alu lue 70 GPa) has a cros of 120 x…

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Q: 1- Consider the unit cube shown in the Figure, which undergoes the deformation: 1 x₁ =α (X₁- X₂), x₂…

A: This question is related to the Strength of Material.

Q: Given the description of the lot a. Make a sketch of the lot b. Compute the area of the lot c. A…

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Q: Solve for : sin - sec 0 + csc 0- tan 20= -0.0866 A. 40° B. 41° C. 47° D. 43°

A: As putting all the four values for θ and solving doesnot result in the given answer so all the four…

Q: ement and spacing between bars which required to resist ultimate moment at point B of one-way slab…

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Q: 3- Which of below factor does not impact lateral earth pressure at rest of retaining wall: (a) Wall…

A: 3. Wall friction The wall friction comes into play when there is a relative movement between wall…

Q: A 20 KN weight is suspended by two wires as shown in the figure. The length of each wire is 2 meter.…

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Q: The cable AB prevents bar OA from rotating clockwise about the pivot O. If the cable tension is 640…

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Q: Determine the maximum tensile or compressive stresses in the beam due to bending. The section has a…

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Q: Which below situation provides the smallest bearing capacity for soil under a square footing (width…

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Q: Individually, for the truss shown: 1. Find internal forces in truss members. A C 60° 2ft 20 lb 30% B

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Q: Question one: Question 1: For the following values of state stress find the factor of safety using…

A: FACTOR OF SAFETY : Effective stress, Using MSS = 25 - 15 - (-5) / 3 = 15   FOS is 0.5 Using MDE =…

Q: Q-3: Use slope-deflection method to analyze the frame shown in Fig. 3. And draw the shear force and…

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Q: Thermal conductivity, specific heat, thermal diffusivity, and coefficient of thermal expansion are…

A: Thermal Conductivity :                  It is defined as the ability of the material to transfer…

Q: The following observations on maximum concrete pressure (KN/m2) were selected from a normal…

A: first calculate the mean of given data next find standard deviation

Q: 6 in. DO NOT FORGET TO PLACE DIMENSIONS AND ALL YOUR PROCEDURE FROM THE CALCULATION OF THE REACTIO

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Q: The following is the set of observed data for successive 15 minutes period of 105 minutes storm in a…

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Q: 5-2.2-2: Find the deflection at midspan using a W14X22 1 k/ft 4' 3' 2 k/ft 6'

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Q: A simple pin-connected truss is loaded and supported as shown. The load P is 160 kN. All members of…

A: Solution: Given: Load, P = 160 kN outside diameter = 130 mm Wall Thickness = 9 mm

Q: 2.16 A large cement kiln has a length of 400 ft and a diameter of 20 ft. Determine the change in…

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Q: 4. Compute the safe concentrated load P that the beam could carry at a distance of 1 m from the…

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Q: Q-4 Define coeffecient of velocity, coefficient of discharge, coefficient of contraction. An oil of…

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Q: Find the flow rate in m'/sec/m at right angles to the cross section shown through the permeable soil…

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Q: Example: 2.8 1.37 Link BC is 6 mm thick, has a width w = 25 mm, and is made of a steel with a 480-…

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Q: Problem 2.1 The Grashof number, Gr is defined as: (where g is gravitational acceleration, B is…

A: Grashof number is used to differentiate the flow type as below

Q: mine the stress in each section of the bar shown in th ensile load of 25 kN. The central section is…

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Q: Is it vital to practise risk management while managing construction or information technology…

A: Risk management is the method of limiting or managing risk. In this process risk is identified and…

Q: Rigid bar ABC is supported by two identical solid bronze [σY = 331 MPa; E = 105 GPa; α = 22.0 ×…

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Q: Two ships X and Y sight a distress flare that is 56 nautical miles from X and 78 nautical miles from…

A: Answer We are given distance  between Ship X and flare = 56 Nautical miles distance between Ship Y…

Q: 18. Find the gauge readings at A and B in Fig. 2.51. [Ans. 17.39 kN/m² (vacuum), 12.61 kN/m²]…

A: Given, Specific gravity of Mercury in manometer = Sm = 13.6 ρm = 13.6×1000 Specific gravity of oil…

Q: P A Answer: Vmax Mmax a MB B kN kN.m b C X

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Q: Give examples of the important role of length in everyday life.

A: Explanation- The base distance between two distinct focuses is estimated by the length, and it is an…

Q: Calculate the corresponding drawing measurement (in inches) of an actual dimension of 40 miles using…

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Introduction to Architectural Drafting

Architectural drafting converts vision and ideas into technical drawings and detailed plans for the construction of buildings, such as institutional, residential, and commercial buildings. It helps engineers and architects to outline the working data and details, such as structure type, codes, elements, and kind of materials.