The propped cantilever shown in Figure QA2 is 6.0m long, has uniform flexural rigidity and carries a distributed loading which varies linearly from zero at the propped end to 10 kN/m at the fixed end....


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The propped cantilever shown in Figure QA2 is 6.0m long, has uniform flexural rigidity<br>and carries a distributed loading which varies linearly from zero at the propped end to<br>10 kN/m at the fixed end.<br>10 kN/m<br>B<br>6.0 m<br>Figure QA2<br>(a) What are the external moment and force reactions at A and B?<br>(b) Draw the shear force and bending moment diagrams for the propped cantilever.<br>(c) What is the greatest sagging bending moment in the propped cantilever?<br>

Extracted text: The propped cantilever shown in Figure QA2 is 6.0m long, has uniform flexural rigidity and carries a distributed loading which varies linearly from zero at the propped end to 10 kN/m at the fixed end. 10 kN/m B 6.0 m Figure QA2 (a) What are the external moment and force reactions at A and B? (b) Draw the shear force and bending moment diagrams for the propped cantilever. (c) What is the greatest sagging bending moment in the propped cantilever?

Jun 11, 2022
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