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80 kN 20 kN/m IC 3m 2 m Refer to the above diagram. Point A is a fixed conection. Member AC and CE are pin- connected at C. Memeber CE is supported by a roller at point D. Use free body diagram below, calculate the x-component of reaction force at A. A, = --- kN. Cy MA Ax Cx Ay Use free body diagram below, calculate the y-component of reaction force at A, A, = _ kN. Use free body diagram below, calculate the moment applied at A, MA =. kNm.

80 kN 20 kN/m IC 3m 2 m Refer to the above diagram. Point A is a fixed conection. Member AC and CE are pin- connected at C. Memeber CE is supported by a roller at point D. Use free body diagram below, calculate the x-component of reaction force at A. A, = --- kN. Cy MA Ax Cx Ay Use free body diagram below, calculate the y-component of reaction force at A, A, = _ kN. Use free body diagram below, calculate the moment applied at A, MA =. kNm.

Structural Analysis
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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80 kN 20 kN/m |C 2 m 3m Refer to the above diagram. Point A is a fixed conection. Member AC and CE are pin- connected at C. Memeber CE is supported by a roller at point D. Use free body diagram below, calculate the x-component of reaction force at A. A,= - kN. MA BO N Cx Ax Ay Use free body diagram below, calculate the y-component of reaction force at A, A, = ---- kN. Use free body diagram below, calculate the moment applied at A, MA =. kNm.
Transcribed Image Text:80 kN 20 kN/m |C 2 m 3m Refer to the above diagram. Point A is a fixed conection. Member AC and CE are pin- connected at C. Memeber CE is supported by a roller at point D. Use free body diagram below, calculate the x-component of reaction force at A. A,= - kN. MA BO N Cx Ax Ay Use free body diagram below, calculate the y-component of reaction force at A, A, = ---- kN. Use free body diagram below, calculate the moment applied at A, MA =. kNm.
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