What do we call the internal force that represents the tendency of a beam to slide laterally at a particular section? |
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True or False: The bending moment at any section is defined as the algebraic sum of all the lateral forces on either side of that section. |
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False. The bending moment is the algebraic sum of the moments about the section of all the forces acting on either side. |
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Fill in the blank: The diagrams illustrating the variations in bending moment and shear force along a beam are known as ______. |
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Which type of stress occurs when a component is subjected to forces acting parallel to its cross-sectional area? |
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Riddle: I change shape when forces act upon me, but if they exceed my strength, I break. What am I? |
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In terms of bending moments, what do the terms 'sagging' and 'hogging' refer to? |
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'Sagging' refers to positive bending moments, while 'hogging' refers to negative bending moments. |
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Which relationship simplifies the construction of shear force and bending moment diagrams? |
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The area of the shear force diagram between two points is equal to the bending moment diagram. |
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Multiple Choice: What is the main concern of the mechanics of rigid bodies? A) Internal forces B) External forces C) Material properties D) Deformation |
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