Q1) the figure shown below a simply supported beam subjected to a distributed load. Knowing that the distance between th

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Q1) the figure shown below a simply supported beam subjected to a distributed load. Knowing that the distance between th

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Q1 The Figure Shown Below A Simply Supported Beam Subjected To A Distributed Load Knowing That The Distance Between Th 1
Q1 The Figure Shown Below A Simply Supported Beam Subjected To A Distributed Load Knowing That The Distance Between Th 1 (27.96 KiB) Viewed 37 times
Q1) the figure shown below a simply supported beam subjected to a distributed load. Knowing that the distance between the supports is 2.4 m, the modulus of elasticity of the beam and the moment of inertia are constants. (8 Marks) 1- Find the deflection equation using the double integration method. 2- Find the maximum deflection of the beam knowing that the slope of the beam equals zero at x = 1.4 m from the left side of the beam. Hint: take the sections for your solution starting from the left. 3.0 kN/m 1.0 kN/m B
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