Series of Concentrated Loads: For questions A and B, the influence line of an axial force Z of a certain truss is shown below, where distance x is in meters. 20KN 30KN 40KN 10KN 9/16 6/16 2m 2m 3/16 12 A. Determine the maximum value of the axial force Z due to the given series of concentrated loads that moves from right to the left. Round off the answer in KN, to 3 decimal places. (Do not express it in scientific notation. For examples, the answer| must be written as: 12.345 or 67.890 or 1.020) B. Determine the minimum value of the axial force Z due to the given series of concentrated loads that moves from right to the left. Round off the answer in KN, to 3 decimal places. (Do not express it in scientific notation. For examples, the answer must be written as: 12.345 or 67.890 or 1.020)

Series of Concentrated Loads: For questions A and B, the influence line of an axial force Z of a certain truss is shown below, where distance x is in meters. 20KN 30KN 40KN 10KN 9/16 6/16 2m 2m 3/16 12 A. Determine the maximum value of the axial force Z due to the given series of concentrated loads that moves from right to the left. Round off the answer in KN, to 3 decimal places. (Do not express it in scientific notation. For examples, the answer| must be written as: 12.345 or 67.890 or 1.020) B. Determine the minimum value of the axial force Z due to the given series of concentrated loads that moves from right to the left. Round off the answer in KN, to 3 decimal places. (Do not express it in scientific notation. For examples, the answer must be written as: 12.345 or 67.890 or 1.020)

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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Need asap, pleasae include complete solution and if there is free body diagrams included. THank you
Problem 1: The figure shown is a beam subjected to varying loadings and a point load. a) Determine the magnitude and direction of the single equivalent force to the forci shown. Specify its location on the beam from point B. b) Calculate for the support reactions at A and R Fi 17kN 4kN/: 7.9 kN/m -5 m 6.7 m 2.8kn
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please answer correctly