Q3. The beam is supported by a pin at point A and rollers at point B and point C. It is subjected to a linearly distribu

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Q3. The beam is supported by a pin at point A and rollers at point B and point C. It is subjected to a linearly distribu

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Q3 The Beam Is Supported By A Pin At Point A And Rollers At Point B And Point C It Is Subjected To A Linearly Distribu 1
Q3 The Beam Is Supported By A Pin At Point A And Rollers At Point B And Point C It Is Subjected To A Linearly Distribu 1 (120.44 KiB) Viewed 28 times
Q3. The beam is supported by a pin at point A and rollers at point B and point C. It is subjected to a linearly distributed load with maximum intensity w = 363 N/m and couple moment M = 3.6 kN·m as shown, and the lengths are /₁ = 11.6 m and /₂ = 4.8 m. Determine the absolute value of the support force at point C (in the unit of kN). El is a constant. 1₁ W B M
v V -0₁ L L 0₁ L P +b 0₂ ·X 0₂ Mo Wo v -Pbx 6EIL 0≤x≤ a v = (L² − b² − x²) -Mox 6EIL -wox 360EIL (L²-x²) (3x4 10L²x² + 7L¹)
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