4G*l u 14:514GY2 ? 32%cls.cjc.edu.ph/mod/quiz/atte9You are logged in as Jaselle BuycoA wedge and a block are shown in thefigure. The coefficients of friction are asOllows: 0.25 between blocks, 0.20 at thebor, and 0.30 at the wall. Given theipending motion of the block andwedge:200 NP500 N4501. Find the least value of a horizontalforce P to hold the system in equilibrium.A) 289.83 NB) 414.50 NC) 211.33 ND)100.87 N2. Find the least value of the frictionalresistance on the floor.A) 289.83 NB) 414.50 NC) 211.33 ND)120.36 N3. Find the least value of the frictional+

Given:- The weight of the wedge = 200 N The weight of the block = 500 N The coefficients of…

A wedge and a block are shown in the figure. The coefficients of friction are as Dllows: 0.25 between blocks, 0.20 at the por, and 0.30 at the wall. Given the ipending motion of the block and wedge: 200 N 500 N 450 1. Find the least value of a horizontal force P to hold the system in equilibrium. A) 289.83 N B) 414.50 N C) 211.33 N D) 100.87 N 2. Find the least value of the frictional resistance on the floor. A) 289.83 N B) 414.50 N C) 211.33 N D) 120.36 N

A wedge and a block are shown in the figure. The coefficients of friction are as Dllows: 0.25 between blocks, 0.20 at the por, and 0.30 at the wall. Given the ipending motion of the block and wedge: 200 N 500 N 450 1. Find the least value of a horizontal force P to hold the system in equilibrium. A) 289.83 N B) 414.50 N C) 211.33 N D) 100.87 N 2. Find the least value of the frictional resistance on the floor. A) 289.83 N B) 414.50 N C) 211.33 N D) 120.36 N

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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