50 kN 250 mm 10 500 mm 1450 3 100 kNm 4 8. 7 6 The area of each boom is 150 mm2 and the thickness of the skin is 10 mm and the load is according to the figure. Idealize the cross section, then calculate the cross-sectional shear flow and vertical (normal) stress of each boom and also tortion of section. ww 00G

Q: PROBLEM 1. The shafts are made of A-36 steel and both have 100 mm diameter. If a torque of 60 kN.m…

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Q: F2 = 40 N %3D 4 m F= 70 N %3D 2 m 3 m B. 3m 2 m 3 m

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Q: Determine the components of the force of reaction at point A. Assume that the positive x and y axes…

A: Given Data:   To Find: (a) Components of forces at A. (b) Moment of reaction at A.

Q: Do the Resultant Force Equals Zero?

A: No, it is not mandatory that a resultant force must be equal to zero, it may be zero and may not be…

Q: The x component of the cross product of the vector from C to D times the force F. (Use the format…

A: Solution:-Given dataA≡0,2,0B≡4,4,4C≡0,0,4D≡4,0,0F=105 N

Q: Solve for A and B. P=400 lbs. 0=30° P 45° B www Drawing not to scale. Use given angles. Magnitude of…

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Q: QUESTION 4 What is the x component of the force F if the magnitude is 48 N? N y 50° F 25° X

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Q: Determine the angle between the two ropes. 1 m 2 m 1'm 3 m B. -y •G 1 m 1m

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Q: The three forces are applied to the bracket. Determine the minimum value for the magnitude of forc…

A: Given data as per questionThree forces are applied to bracket, P1=3000 N, P2=800 N, P3= PResultant…

Q: F (given 30 N) into AB and AC. 0=23º and F A 35° C

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Q: 123 c. A force, F = lbs acts at an angle, 0=) axis. The axes are rotated at A=4 Resolve the force,…

A: Step 1: (c) Step 2: (d)where i is unit vector along positive x-axis and j is unit vector along…

Q: Q1. The force acting on the gear tooth is F = 20 N. Resolve this force into two components acting…

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Slope and Deflection

The slope in a deflected beam is described as an angle in radians made by the tangent of the section with the original axis of the beam. The deflection at any point on the axis of the beam is defined as the lateral displacement of the point before and after loading.