Find the force in pin C **Title: Calculating the Force in Pin C**### Problem Statement:Find the force in Pin C### Diagram Details:The diagram depicts a structural analysis problem involving several forces and dimensions. Here are the key features:- The structure consists of two points, A and C, connected by a horizontal bar AC, and point B, which is connected horizontally with C and vertically with A. - There is a downward force of 10k (kips) at point A.- There is another force of 6k (kips) acting to the left at point C.- The distances between these points are as follows: - Horizontal distance from point A to point C: 3 feet. - Vertical distance from point A to point B: 5 feet. - Horizontal distance from point C to point B: 8 feet. - Vertical distance from point C to the point where horizontal bar from B intersects: 3 feet.### Solution Approach:To determine the force in Pin C, you will need to employ principles of static equilibrium, which typically include:1. Summing the moments around a point to zero (∑M = 0).2. Summing the forces in the horizontal direction to zero (∑Fx = 0).3. Summing the forces in the vertical direction to zero (∑Fy = 0).By systematically applying these principles to the given forces and distances, you can solve for the unknown force at Pin C.---This educational material aims to provide a clear understanding of the procedure to solve for unknown forces in static structures. The diagram specifications and given forces should assist in setting up the necessary equations for equilibrium calculations.

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Answered: Find the force in Pin C. 6k 3¹ Bar JOK…

Engineering

Civil Engineering

Find the force in Pin C. 6k 3¹ Bar JOK Bar EMB=C 34 S C B

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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