Consider a built-in beam ABCDE with a total length of 5 meters, as shown in Figure...

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Consider a built-in beam ABCDE with a total length of 5 meters, as shown in Figure Q1. The beam is subjected to a uniform distributed load along the length BD, and a concentrated load of 30 kN applied at point C. M 1.1 Draw the diagram of the built-in beam EI [10] 1.2 Utilize the Moment-Area method to ascertain the slope at point D and calculate the maximum deflection of the built-in beam [15] 1.3 Calculate the force required in a prop positioned at point C in order to reduce the deflection at that point by half [05] E = 210 GPa and I = 33 x 10-6 mª 1 m B 1.5 m 30 kN 16 kN/m 1.5 m Figure Q1: Built-in Beam. D 1 m Consider a built-in beam ABCDE with a total length of 5 meters, as shown in Figure Q1. The beam is subjected to a uniform distributed load along the length BD, and a concentrated load of 30 kN applied at point C. M 1.1 Draw the diagram of the built-in beam EI [10] 1.2 Utilize the Moment-Area method to ascertain the slope at point D and calculate the maximum deflection of the built-in beam [15] 1.3 Calculate the force required in a prop positioned at point C in order to reduce the deflection at that point by half [05] E = 210 GPa and I = 33 x 10-6 mª 1 m B 1.5 m 30 kN 16 kN/m 1.5 m Figure Q1: Built-in Beam. D 1 m