Given the fixed beam shown in the figure below (Fig Q10) solve the following problem. Using...

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Given the fixed beam shown in the figure below (Fig Q10) solve the following problem. Using three (3) elements of equal length calculate the displacement w, given the following parameters. 3 1. The distributed load on the beam po-3700 N/m 2. The total length of the beam L-29 m 3. The bar is made from steel with Young's modulus E-200 GPa 4. The moment of inertia for the beam is I=1.3333 x 105 m Give your answers using 3 decimals. The result must be in metres. Put only the numerical answer to the text box NOT the units Po L !!!! Given the fixed beam shown in the figure below (Fig Q10) solve the following problem. Using three (3) elements of equal length calculate the displacement w, given the following parameters. 3 1. The distributed load on the beam po-3700 N/m 2. The total length of the beam L-29 m 3. The bar is made from steel with Young's modulus E-200 GPa 4. The moment of inertia for the beam is I=1.3333 x 105 m Give your answers using 3 decimals. The result must be in metres. Put only the numerical answer to the text box NOT the units Po L !!!!