Which of the following gives the shear force at point 10 meters from A on the beam shown? (kN) (FIG. 2) 60 KN 30 kN/m ↓↓↓ Hinge B C D Hinge -12 m- +sm+sm+ -12 m- E 40 kN m

Q: Determine the reactions at the supports for the beam shown below. 4 kN/m 10 KN, 4 53m 12 m + 6 m…

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Q: Determine the reactions at the supports for the beam shown. Show handwritten free body diagram and…

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Q: Which of the force systems in (b) through (f) are equivalent to the force-couple system shown in…

A: We need to check where the resultant force and moment is similar to A

Q: 1 Which of the following gives the shear as function of 'x' of segment BC on the beam shown. 'x'…

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Q: Determine the shear at point A for the beam shown. 40 k 40 k Hinge B -10n 10n나-1on- Select the…

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Q: 5.0 The truss figure shown is pinned to the wall at point F, and supported by a roller at point C.…

A: Load act at point A= 80 kNLoad act at point B= 60 kN

Q: Determine the reactions at the supports for the beam shown. Show handwritten free body diagram and…

A: Step 1: Draw an FBD to easily understand and to analyze the problem. then follow my step-by-step…

Q: 200 kN-m QB -5 m M = 6(x-5)^2 - 70x + 450 M = -6(x-5)^2 - 70x - 450 -10 m

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Q: Which of the following gives the axial and shear force at point A on the beam, respectively? 90 kN…

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Q: 1.80 1.80 1.80 3 kN A B -1.80- с D -1.50-1 K -1.80- F P3= 16 KN. G P1 H P2 P3

A: Determine support reactions: HH=10+13+16=39 kN Take Moment @ A, (10×5.4)+(13×3.6)+(16×1.8)=(VH×5.1)…

Q: For the beam shown below, calculate: 0 hours: 24 minutes : 51 seconds f₁= 50 N/m F₂-300 N F₂= 200 N…

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Q: Which of the following is corresponds to the force acting at member CE? E 20 k 12 ft C D 12 ft 5 k B…

A: Let, The angle makes by member CE for line of 20 k load = θSo, tanθ = 1024θ = 22.62oThe angle makes…

Q: What will be the rotation at A in the beam as shown in figure below? 6 kN 21 6m I -3m-

A: For this given arrangement,To find the rotation at A in the beam

Q: 5 kN/m |C В 3 m D P2m t 2 m- -2 m-

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Loads and Reactive Forces

Loads are the external influences that a beam experiences under its working conditions. For instance, a beam may be subjected to shear loads, twisting loads, bending moment, and axial loads during its working conditions. Engineers primarily deal with beams and trusses in the civil engineering domain. Due to the influence of loads, it is very crucial to determine the induced stresses and deformation values. These values give an insight into the critical area of the beam that needs to be worked upon to make it fail-safe.