The bridge shown in Figure consists of two end sections, each weighing20 tons with center of gravity at G, hinged to a uniform center spanweighing 12 tons. Compute the Reaction at E. *6 tons-40m--20m40m-30m 20m-20m--60m--20m20m 30m-O 23.2 tonsO 4.8 tonsO None of the aboveO 4 tonsO 26 tons

Answered: Image /qna-images/answer/b3aed028-e8c8-45b8-ac26-63630844e034.jpg

Answered: The bridge shown in Figure consists of…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Determine the magnitude (N) of the horizontal component of the reaction at point A if, F=500N, a=0.1m, b=2m, r=1.5m and d=30degrees
Gate AB in the figure is 16 ft long and 8 ft wide. Neglecting the weight of the gate, Find the Force acting on the gate shown, if P is –15 kPa (suction), and its location from the hinge, the tank is 3 meters wide.a. P=304.74 kN, 3.30 m c. P=979.74 kN, 2.75 mb. P=529.74 kN, 2.96 m d. P=678.95 kN, 2.87 m
The crane boom has a noticeable taper along its length. Explain why. To do so, assume the boom is in the horizontal position and in the process of hoisting a load at its end, so that the reaction on the support A becomes zero. Use realistic dimensions and a load, to justify your reasoning
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1. What is the reaction at point A? 8.0 KN 12.0 KN 10.0 KN 20.0 KN 2. What is the reaction at point C? 12.0 KN 8.0 KN 10.0 KN
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The bridge shown in Figure consists of two end sections, each weighing 20 tons with center of gravity at G, hinged to a uniform center span weighing 12 tons. Compute the Reaction at E. * 6 tons 40m- 20m 40m -30m-20m-20m- -60m- -20m-20m-30m- O 23.2 tons 4.8 tons None of the above 4 tons 26 tons