**Understanding Zero-Force Members in Trusses**In this diagram, we are tasked with identifying the zero-force members within a truss structure.**Diagram Description:**The truss consists of multiple members and joints labeled A to I. The truss is supported at points A and I and is subject to a 100 N downward force at point E. The angle at joint G is 45 degrees, which might indicate a potential zero-force member scenario depending on the applied loading.**Identifying Zero-Force Members:**Zero-force members often occur in specific configurations, such as:1. **At a joint where two non-collinear members meet, and no external load or support is present.**2. **In a three-member joint configuration where two members are collinear, and no external force or support is present at the joint.**By examining these configurations in the provided truss, we can identify which members are not under stress and thus, serve primarily for structural stability.**Practical Application:**Understanding zero-force members is crucial for efficient structural design, reducing material use without compromising the truss's integrity.

Solution :If at a Joint, 3 members are meeting and 2 are colinear thenthe force in 3rd member will…

Answered: Which of the members in the truss below…

Engineering

Mechanical Engineering

Which of the members in the truss below are zero-force members? G E 45° 100 N

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

**Understanding Zero-Force Members in Trusses**

In this diagram, we are tasked with identifying the zero-force members within a truss structure.

**Diagram Description:**

The truss consists of multiple members and joints labeled A to I. The truss is supported at points A and I and is subject to a 100 N downward force at point E. The angle at joint G is 45 degrees, which might indicate a potential zero-force member scenario depending on the applied loading.

**Identifying Zero-Force Members:**

Zero-force members often occur in specific configurations, such as:

1. **At a joint where two non-collinear members meet, and no external load or support is present.**
2. **In a three-member joint configuration where two members are collinear, and no external force or support is present at the joint.**

By examining these configurations in the provided truss, we can identify which members are not under stress and thus, serve primarily for structural stability.

**Practical Application:**

Understanding zero-force members is crucial for efficient structural design, reducing material use without compromising the truss's integrity.

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