In the figure shown,|W=178 NIm3010 m4a. Find the force at point of contact ofdrum to rod.b. 350Nd. 322N4b Find the tension in chord BC.a. 379 Nc. 356 Na. 125.19Nb. 119.69 Nc. 124.29N4c. Find the horizontal reaction at thepin A.a. 180.56 NC. 214.96 Nd. 133.72Nb. 201.33 Nd. 213.14 N

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4a. Find the force at point of contact of drum to rod. b. 350N d. 322N 4b Find the tension in chord BC. a. 379 N C. 356 N b. 119.69 N d. 133.72 N a. 125.19N c. 124.29N 4c. Find the horizontal reaction at the pin A. a. 180.56 N C. 214.96 N b. 201.33N d. 213.14 N

4a. Find the force at point of contact of drum to rod. b. 350N d. 322N 4b Find the tension in chord BC. a. 379 N C. 356 N b. 119.69 N d. 133.72 N a. 125.19N c. 124.29N 4c. Find the horizontal reaction at the pin A. a. 180.56 N C. 214.96 N b. 201.33N d. 213.14 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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Graphical Methods

The graphical method is a method of solving equations involving more than one variable using the Cartesian coordinate system. In civil engineering, the use of the graphical method is limited to the problems involving two variables. The graphical method has a great impact in solving the questions regarding engineering mechanics.

Question

In the figure shown,
|W=178 N
Im
30
10 m
4a. Find the force at point of contact of
drum to rod.
b. 350N
d. 322N
4b Find the tension in chord BC.
a. 379 N
c. 356 N
a. 125.19N
b. 119.69 N
c. 124.29N
4c. Find the horizontal reaction at the
pin A.
a. 180.56 N
C. 214.96 N
d. 133.72N
b. 201.33 N
d. 213.14 N

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Location of points of contact

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Force at point of contact of drum to rod (or) rod to drum

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Force in cable BC and Horizontal reaction at A

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