Problem Number 3: In the given truss, determine the magnitude of the axial load and type of the indicated members in the table below. Member Magnitude, KN TYPE EF BC CF 25 KN 1.20 m 1.20 m 1.20 m 1.60 m 1.60 m 1.60 m 1.60 m 1.60 m 1.60 m 120 KN 40 KN 25 KN 55 KN

Q: identify any zero force members

A: There is force at joint where two members are connecting.

Q: Could you help with the reaction forces? Dy, Ay, Ax, Dx ? thanks

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Q: Find end moment slope de fiction use 100kN

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Q: Determine: a) Differential Area b)  Centroid distance along x and y axis   *use 3 decimal places…

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Q: 4.2 Suppose that P=91lbs. What will the force Q be in this case

A: Therefore, The Force Q when P= 91 lbs will be 1638 lbs.

Q: p² – 3r + 2 lim r-1 r - 1

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Q: discussfineness modulus

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Q: The elastic centroidal distance from the bottom is.. * 98 mm 212 mm 200.40 mm 89.50 mm

A: GIVEN DATA DEPTH OF WEB, DW=300 mm WIDTH OF WEB, BW=12 mm DEPTH OF FLANGE, DF=240 mm WIDTH OF…

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A: Converting the given values into the degree is a very simple and easy way. We can convert the given…

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Q: Find the Ix, Iy and J of the component

A: Consider the figure,

Q: Use the unit load method to calculate the vertical displacements at the quarter and mid-span points…

A: The given figure is shown below:

Q: X'= Gs-lx

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Q: QC is part of the QM process, is primarily concerned with process control during construction, and…

A: Solution:  The correct option to above question is option A

Q: Find the Xp ¢ YT Зст I}1:25 cm Cocn 61.5 cm 0.75 cm

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Q: Draw the NTM diagrams for frame on the picture. 90= F/a 10000 a 2a F = 1 kN a = 1 m

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Q: Correct the error and write one to two sentences explaining the error

A: The solution of the truss problem is shown in the attached file. We have to make correction of  the…

Q: * The area of a steel bar with dimeter of 16 mm is 0.3115 square inch 0.175 square inch 200.96…

A: Given: The diameter of the steel bar, ϕ=16 mm Also, 1 in = 25.4 mm⇒1 mm = 125.4 in⇒16 mm =…

Q: determine the degree of indeterminacy.

A: * Hinge support: - It is defined as the support which resists horizontal and vertical reaction but…

Q: E = 29x 1.' ksi Í 6odiut

A: 1. Determine the fixed end moments FEM for span with udl=wl212FEM for span with point load at centre…

Q: (0 KN 15KN DU む oam 0.am J 1.2met>2mt l.zmel

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Q: 4. TITI 10' 20 kips 10' 1 max = Ama Max =

A: Given data:-

Q: prove tañcy) dy

A: Proof of integration ###

Q: Determine principal  stress

A: Given data : Normal stress in X direction (σX)=60 MPaNormal stress in Y direction (σY)=20 MPaShear…

Q: 5-3[(4x-y)+2y]

A: The given expression is,

Q: how did e and de derived? show a solution

A: Given: Required: Show the calculation of e and DE

Q: Explain the following terms used in GMS. a. IBOUND b. HANI c. RCH d. SY e. SS

A: IBOUNDHANIRCHSYSS

Q: find y'' if x=2 when y=o y=x(c1-cos x)+c2+2(sin x-x^4)

A: Given To find : y"

Q: H.W2: Draw I.L for a E 1 A TI F B a 3@6m=18m G C D H 8m

A: Solution: Draw the Influence line for the forces in members EC of the given truss.

Q: ー Fe そしい い、 Wr Wz トL2一米一しいる一 い、ta LV3= Fa-Pa9ん しいまh W:PgV 23.

A: First we need to consider a small element to get the force acting on it from high we can find the…

Q: Given the following: b=380mm d=530mm fc'=30MPA fy=320MPa Mu=650KN-m Determine As A. USE NSCP 2015,…

A: Given,

Q: 1. Find dy if + Sin xy

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Q: PLATE NO.G 70KN 70KN →>>> T E 777777 1 35KN 9m PORTAL METHOD M LL B 6m N बैठ 9m 777777 4.8m 4.8m…

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Q: Discuss rigid methods

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Q: PROCEDURE 4 center of gravity 10cm 20cn G8.2cm 50cm 100 cm 10g 20g Cog FBD dz di f W F2 mg:10g FI…

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Q: A rack is made from roll-formed sheet steel and has the cross section shown. Determine the location…

A: Given:- A rack is made from roll-formed steel sheet  To determine:- The value of x4  The location of…

Q: which is stable among the two

A: Given: Two different cones of dimensions H = 30 and R = 25.  To find: Which cone is stable?

Q: Pls, show teh solution of how you solve the Area of section, Ix and Yx, bar x. thank you

A:

Analysis and Procedures for Material Selection

The term material selection means to select the right material for various engineering applications. There are various engineering materials available and each has different individual properties. Thorough knowledge of the material properties and behavior is crucial in the design process. For instance, a structural member, such as a beam, is used to support vertical shear loads by the building itself. To withstand such loads, the material of the beam must possess adequate strength and stiffness to resist any deformation that might lead to the formation of cracks.