SITUATION 15:A 8m high cantilever retaining wall issubjected to active pressure that isuniformly increasing from 0 (zero) at thetop to 152 kN/m at the bottom. TakingEl to be constant,44. If there is a lateral support at thetop, find the moment at the base offooting using wL?/30 at the top andWL2/20 at the bottom.a. 447.1 kNmC. 486.4 kNmb. 494.2 kNmd. 467.5 kNm45. If there is no lateral support at thetop, find the maximum sheara. 608 kNc. 549 kNb. 725 kNd. 470 kN46. If there is no lateral support at thetop, find the maximum moment in kNma. 1834.33c. 1621.33b. 1718.33d. 1542.33

Given height of cantilever wall is 8 m Cantilever wall is subjected to active pressure varying…

SITUATION 15: A 8m high cantilever retaining wall is subjected to active pressure that is uniformly increasing from 0 (zero) at the top to 152 kN/m at the bottom. Taking El to be constant, 44. If there is a lateral support at the top, find the moment at the base of footing using wL2/30 at the top and wL2/20 at the bottom. a. 447.1 kNm c. 486.4 kNm b. 494.2 kNm d. 467.5 kNm 45. If there is no lateral support at the top, find the maximum shear a. 608 kN c. 549 kN b. 725 kN d. 470 kN 46. If there is no lateral support at the top, find the maximum moment in kNm a. 1834.33 C. 1621.33 b. 1718.33 d. 1542.33

SITUATION 15: A 8m high cantilever retaining wall is subjected to active pressure that is uniformly increasing from 0 (zero) at the top to 152 kN/m at the bottom. Taking El to be constant, 44. If there is a lateral support at the top, find the moment at the base of footing using wL2/30 at the top and wL2/20 at the bottom. a. 447.1 kNm c. 486.4 kNm b. 494.2 kNm d. 467.5 kNm 45. If there is no lateral support at the top, find the maximum shear a. 608 kN c. 549 kN b. 725 kN d. 470 kN 46. If there is no lateral support at the top, find the maximum moment in kNm a. 1834.33 C. 1621.33 b. 1718.33 d. 1542.33

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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