2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads acting on it and label all the load values. Assume the beam is pinned support at one of the end columns and roller at all other columns. Assume the slab thickness is $200 mm$ and the beam sizes are shown in the figure. The unit weight of the material is $25 kN / m^{3}$ (reinforced concrete).

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2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads acting on it and label all the

2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads acting on it and label all the load values. Assume the beam is pinned support at one of the end columns and roller at all other columns. Assume the slab thickness is

200 mm

and the beam sizes are shown in the figure. The unit weight of the material is

25 kN / m^{3}

(reinforced concrete).

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Expert Answer to -      2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads a

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Solution for -      2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads a

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This an additional answer to -      2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads a

(Solved): 2. Calculate the dead load on beam 2/A-E as shown in Figure 2. Sketch the beam with the loads a ...

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