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USE IMAGE BELOW Question; draw and fully label the Freebody diagram of the BEAM in the picture below.

USE IMAGE BELOW Question; draw and fully label the Freebody diagram of the BEAM in the picture below.

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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USE IMAGE BELOW Question; draw and fully label the Freebody diagram of the BEAM in the picture below.
### Diagram Explanation: Inclined Beam with Distributed Load This diagram represents an inclined beam configuration subjected to a uniformly distributed load. The details of the diagram are as follows: - The beam is inclined at an unspecified angle but is supported at two points, denoted as points A and B. - Point A is located 1 meter from the left end of the beam. This point provides a pivot-like support. - Point B is located at the far right end of the beam, 3 meters from point A. This point provides a base support. - The total length of the beam from the left end to point B is 4 meters. - The beam is under a uniformly distributed load of 800 N/m acting downwards along its length. - The vertical distance between the base of the beam's slope and a horizontal line through point A is 3 meters. #### Key Measurements: 1. Inclination height: 3 meters. 2. Distance from the left end of the beam to point A: 1 meter. 3. Distance from point A to point B: 3 meters. 4. Total length of the beam from left end to point B: 4 meters. 5. Uniform distributed load: 800 N/m. The downward arrows along the length of the beam depict the direction and nature of the distributed load. The diagram is essential for understanding concepts related to beam dynamics, load distribution, and structural support analysis.
Transcribed Image Text:### Diagram Explanation: Inclined Beam with Distributed Load This diagram represents an inclined beam configuration subjected to a uniformly distributed load. The details of the diagram are as follows: - The beam is inclined at an unspecified angle but is supported at two points, denoted as points A and B. - Point A is located 1 meter from the left end of the beam. This point provides a pivot-like support. - Point B is located at the far right end of the beam, 3 meters from point A. This point provides a base support. - The total length of the beam from the left end to point B is 4 meters. - The beam is under a uniformly distributed load of 800 N/m acting downwards along its length. - The vertical distance between the base of the beam's slope and a horizontal line through point A is 3 meters. #### Key Measurements: 1. Inclination height: 3 meters. 2. Distance from the left end of the beam to point A: 1 meter. 3. Distance from point A to point B: 3 meters. 4. Total length of the beam from left end to point B: 4 meters. 5. Uniform distributed load: 800 N/m. The downward arrows along the length of the beam depict the direction and nature of the distributed load. The diagram is essential for understanding concepts related to beam dynamics, load distribution, and structural support analysis.
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