strength of materialsDerive the formula for the maximum shear and maximum bending moments for Case 5 to case 8. BEICase 6M.WL360 EICase 7Cose 8al- 2|- - a.

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Answered: strength of materials Derive the…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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QUESTION 4 Given a loaded beam as shown in the figure below. 5 point 15 kN 80 kN m 5 KN/m 5m 5 m- (a) Determine the reaction force at point C. O +20.0 kN O +34.25 kN O -20.0 kN -34.25 kN O None of these QUESTION 5 10 pc In Problem 4 (above), what is the shear force in section AB. Also, draw and label the shear diagram for the loaded beam and show clearly in your answer's file. O None of these O +9.25 kN O -9.25 kN O -5.75 kN O +5.75 kN Save All Answe Click Save and Submit to save and submit. Click Save All Answers to save all answers.
Figure Q1 b) State if the cantilever beam is in plain stress or plain strain and explain briefly your reasoning. Refer to the differences between the two systems with regards to stresses and strains. Use sketches as part of your answer where appropriate.
Given the figure, find the maximum bending stress. Indicate ifcompression or tension. Given: M = 45 kN-m; a = 100 mm; b = 15 mm; c = 116 mm; d = 18 mm.
8. Refer to the figure below. Even though the cyclic loading accidentally caused the stresses to exceed the levels at point A slightly (as marked by the red arrow), the machine part may not break instantly according to the Modified Goodman fatigue failure criterion. True_ or False Alternating stress a Yield (Langer) line Soderberg line I A m Gerber line Midrange stress om Load line, slope r = Modified Goodman line Sy ASME-elliptic line Sut SalSm
Q3 The figure shows a round shaft from a gear transmission. Gears are mounted at points A, C, and E. Supporting bearings are at B and D The forces transmitted from the gears to the shaft are shown, all acting downward. Compute the maximum stress due to bending in the shaft, accounting for stress concentrations. calculate the safety factor for the material selected. if matrial 4150 Anneald ,if F1=9kn,F2=13kn,F3=15kn
The beam in Figure 1; (a) Draw the Normal Force Diagram. (b) Draw the shear force diagram. (c) Draw the bending moment diagram. şekil 1 = figure 1 L1(m)=1.0 , L2(m)=1.4 , L3(m)=1.2 , M(kN.m)=20 , P(kN)=9 , q(kN/m)=8
IN-CLASS EX. 5-6 Draw the complete shearing force and bending moment diagrams for the beam. 800 N 1000 N 1200 N 100 mm 200 mm 50 150 mm A C E 250 mm Rg=600 N RD=2400 N 49
How can we obtain the maximum bending stress using the flexure formula?
How can I find the reactions, shear force and bending moment in this problem?
Please solve it quickly
Q3: For the load diagram shown in figure (2) below, the first contraflexure point of the bending moment diagram is located at ... m from A. 50 kN 60 kN/m 8 KN.m 2 m 4 m 2 m Figure (2)
An open-coiled helical spring consists of 12 coils, each of mean diameter 60 mm, wire diameter 6 mm and helix angle 25°. An axial load of 120 N is applied to the spring. Calculate (a) axial de- flection, (b) bending and shearing stresses, and (c) axial torque which shall produce a bending stress of 50 MPa in the coils. Take E = 200 MPa, and G = 84 GPa.

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strength of materials Derive the formula for the maximum shear and maximum bending moments for Case 5 to case 8.