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GIVEN: Diagram shown below [Note: you do not have to re-create the GIVEN diagrams; work must be on separate sheet] 13.5 cm 13.5 200 g 500 g 13.5 cm FIND: Support reactions on the bridge (shown in grey circles; both pin supports; only find y compon SOLUTION: ANSWER

GIVEN: Diagram shown below [Note: you do not have to re-create the GIVEN diagrams; work must be on separate sheet] 13.5 cm 13.5 200 g 500 g 13.5 cm FIND: Support reactions on the bridge (shown in grey circles; both pin supports; only find y compon SOLUTION: ANSWER

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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I need help finding the Y-components for both the support reactions.

**Problem:** 1 **Support Reaction Lab** **Given:** Diagram shown below *[Note: you do not have to re-create the GIVEN diagrams; work must be on separate sheet]* [Diagram Description: The diagram depicts a bridge structure with dimensions and loads. The bridge has a total length of 79 cm, with sections labeled as follows: two equal segments of 13.5 cm on either side and a central segment of 52 cm. The height from the base to the top of the triangular section is 13.5 cm. Two loads are applied downward on the bridge: a 200 g load on the left and a 500 g load on the right. The bridge is supported by two pin supports located at both ends, depicted as grey circles.] **Find:** Support reactions on the bridge (shown in grey circles); both pin supports; only find vertical (y) components. **Solution:** **Answer:**
Transcribed Image Text:**Problem:** 1 **Support Reaction Lab** **Given:** Diagram shown below *[Note: you do not have to re-create the GIVEN diagrams; work must be on separate sheet]* [Diagram Description: The diagram depicts a bridge structure with dimensions and loads. The bridge has a total length of 79 cm, with sections labeled as follows: two equal segments of 13.5 cm on either side and a central segment of 52 cm. The height from the base to the top of the triangular section is 13.5 cm. Two loads are applied downward on the bridge: a 200 g load on the left and a 500 g load on the right. The bridge is supported by two pin supports located at both ends, depicted as grey circles.] **Find:** Support reactions on the bridge (shown in grey circles); both pin supports; only find vertical (y) components. **Solution:** **Answer:**
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