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When force P is apliced to the rigid arm BC, point B moves downward 0.2mm. Determine the normal strain developed in wire CD: Calculate your answer to 4 digit place. -400 mm D 200 mm 300 mm B mm/mm.

When force P is apliced to the rigid arm BC, point B moves downward 0.2mm. Determine the normal strain developed in wire CD: Calculate your answer to 4 digit place. -400 mm D 200 mm 300 mm B mm/mm.

Elements Of Electromagnetics
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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When force P is apliced to the rigid arm BC, point B moves downward 0.2mm.

Determine the normal strain developed in wire CD: ___ mm/mm.

Calculate your answer to 4 digit place.

 

### Problem Description: **Scenario:** When force \( P \) is applied to the rigid arm \( BC \), the point \( B \) moves downward by 0.2 mm. 1. **Determine** the normal strain developed in wire \( CD \): ___ mm/mm. 2. **Calculate** your answer to 4 decimal places. --- ### Diagram Explanation: The diagram shows a horizontal rigid arm \( ABC \) supported by a vertical wire \( CD \). The arm has: - \( AB \) of length 400 mm - \( BC \) of length 200 mm - Point \( D \) is directly above point \( C \) with vertical distance \( CD \) of 300 mm. Force \( P \) is applied downward at point \( B \). **Objective:** Compute the normal strain in the wire \( CD \) when point \( B \) moves down by 0.2 mm. The strain is calculated as the change in length divided by the original length.
Transcribed Image Text:### Problem Description: **Scenario:** When force \( P \) is applied to the rigid arm \( BC \), the point \( B \) moves downward by 0.2 mm. 1. **Determine** the normal strain developed in wire \( CD \): ___ mm/mm. 2. **Calculate** your answer to 4 decimal places. --- ### Diagram Explanation: The diagram shows a horizontal rigid arm \( ABC \) supported by a vertical wire \( CD \). The arm has: - \( AB \) of length 400 mm - \( BC \) of length 200 mm - Point \( D \) is directly above point \( C \) with vertical distance \( CD \) of 300 mm. Force \( P \) is applied downward at point \( B \). **Objective:** Compute the normal strain in the wire \( CD \) when point \( B \) moves down by 0.2 mm. The strain is calculated as the change in length divided by the original length.
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