Hi, please try to answer all the items. I'll upvote if you do. Also, the asnwers for B, E, F, and G can be inputted on the second picture. An I-section beam ABC has a constant EI and is loaded as shown in the figure below. This beam has a fixedsupport at the right while the left support is a guided roller.For the given beam and loading conditions, provide or determine the following:A.B.C.D.E.F.G.Free body diagram with a loading diagramsuitable for the Macauley moment expressionThe boundary conditions at point A & point CThe moment reaction at AThe constants of integration C₁ and C₂The moment reaction at CThe vertical force reaction at CThe deflection at point A in terms of w, L & EI+y+xL/2B(0)@L²L/2C B: MA=E: McF:G:RcΔΑ•|•• 1 •)xwI²JxwL²xwLwL4EI

Note : As per bartleby guidelines, only first 3 subparts can be solved. For rest of the parts,…

An I-section beam ABC has a constant EI and is loaded as shown in the figure below. This beam has a fixed support at the right while the left support is a guided roller. For the given beam and loading conditions, provide or determine the following: A. Free body diagram with a loading diagram suitable for the Macauley moment expression The boundary conditions at point A & point C The moment reaction at A B. C. D. E. F. G. The constants of integration C₁ and C₂ The moment reaction at C The vertical force reaction at C The deflection at point A in terms of w, L & EI +y +x L/2 B (0) @[² L/2

An I-section beam ABC has a constant EI and is loaded as shown in the figure below. This beam has a fixed support at the right while the left support is a guided roller. For the given beam and loading conditions, provide or determine the following: A. Free body diagram with a loading diagram suitable for the Macauley moment expression The boundary conditions at point A & point C The moment reaction at A B. C. D. E. F. G. The constants of integration C₁ and C₂ The moment reaction at C The vertical force reaction at C The deflection at point A in terms of w, L & EI +y +x L/2 B (0) @[² L/2

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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