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168-B CE Board Nov. 2009 making an angle of 60' from the horizontal. and the floor and between the ladder ard the a honzontal floor at A and on the wall at B The coefficient of friction between the ladder O Determine the distance x to which the 72 kg man can climb on the ladder without n m. ladder weighing 35 kg is resting on boizontal floor at A and on the wall al p wall is 0.25. causing the ladder to slin

168-B CE Board Nov. 2009 making an angle of 60' from the horizontal. and the floor and between the ladder ard the a honzontal floor at A and on the wall at B The coefficient of friction between the ladder O Determine the distance x to which the 72 kg man can climb on the ladder without n m. ladder weighing 35 kg is resting on boizontal floor at A and on the wall al p wall is 0.25. causing the ladder to slin

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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168-B CE Board Nov. 2009 making an angle of 60' from the horizontal. and the floor and between the ladder ard the a honzontal floor at A and on the wall at B The 10 m. ladder weighing 35 kg is resting on The coefficient of friction between the ladder O Determine the distance x to which the causing the ladder to slip at its lower end 72 kg man can climb on the ladder without wall is 0.25. A. Determine the reaction at the wall at B. Determine the reaction at the horizontal floor at A. Solution: O Distance "x" to which the 72 kg man can climb on the ladder without causing the ladder to slip at its lower end A. 72kg 30 35 kg 60 NA FA 10 m
Transcribed Image Text:168-B CE Board Nov. 2009 making an angle of 60' from the horizontal. and the floor and between the ladder ard the a honzontal floor at A and on the wall at B The 10 m. ladder weighing 35 kg is resting on The coefficient of friction between the ladder O Determine the distance x to which the causing the ladder to slip at its lower end 72 kg man can climb on the ladder without wall is 0.25. A. Determine the reaction at the wall at B. Determine the reaction at the horizontal floor at A. Solution: O Distance "x" to which the 72 kg man can climb on the ladder without causing the ladder to slip at its lower end A. 72kg 30 35 kg 60 NA FA 10 m
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