HI need help asap! Thank you. 1. Pis a cube with 300mm sides and weighs 45kg per cubic meter. Rope CB is 20mm indiameter and can carry 1000kPa.A. At what distance x is the critical point for the rope CB?At x=500m,B. Draw the shear and moment diagrams of beam AB using any method.C. What is the maximum shear at AB if it is a hollow pipe with inside diameter of10mm and 2mm thickness?D. What is the maximum axial force at AB?E. What is the axial stress at the rope CB?PROBLEM 2:Given:P = 5kNQ = 12kNL=1200mmThe member is a solid material of 30mmx30mm cross-section.Find/answer the following:If theta is 45degrees,A. Axial stress (MPa) at the support.B. Axial stress (MPa) at L/2.C. Shear stress (MPa) at the support.D. Shear stress (MPa) at L/2.E. Shear diagram using any method. (5pts) F. Moment diagram using any method.If theta is unknown,G. At what theta will the compression capacity of the member fail if the allowable compressivestress is 9MPA? Problem 1Problem 21.5mP-2.4m

Answered: Image /qna-images/answer/d54a883e-5eec-4c59-a6b8-4a3f428833ee.jpg

1. Pis a cube with 300mm sides and weighs 45kg per cubic meter. Rope CB is 20mm in diameter and can carry 1000kPa. A. At what distance x is the critical point for the rope CB? At x=500m, B. Draw the shear and moment diagrams of beam AB using any method. C. What is the maximum shear at AB if it is a hollow pipe with inside diameter of 10mm and 2mm thickness? D. What is the maximum axial force at AB? E. What is the axial stress at the rope CB?

1. Pis a cube with 300mm sides and weighs 45kg per cubic meter. Rope CB is 20mm in diameter and can carry 1000kPa. A. At what distance x is the critical point for the rope CB? At x=500m, B. Draw the shear and moment diagrams of beam AB using any method. C. What is the maximum shear at AB if it is a hollow pipe with inside diameter of 10mm and 2mm thickness? D. What is the maximum axial force at AB? E. What is the axial stress at the rope CB?

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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