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The following structure has pin supports at A and E, a slider joint at B, and a fixed joint at D. Support reactions are given. Ex= 3.35 k 5K/1 14 B 7' A ग Ey=9K 8¹ Ax = 8.65* 12' 2 ½ / (5)(6)- X = √√5²+6² TAyzo 1. Draw the shear diagram for member BD. Indicate all important values and locations on the diagram XI 9

The following structure has pin supports at A and E, a slider joint at B, and a fixed joint at D. Support reactions are given. Ex= 3.35 k 5K/1 14 B 7' A ग Ey=9K 8¹ Ax = 8.65* 12' 2 ½ / (5)(6)- X = √√5²+6² TAyzo 1. Draw the shear diagram for member BD. Indicate all important values and locations on the diagram XI 9

Structural Analysis
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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The text on the image states: --- The following structure has pin supports at A and C, a slider joint at B, and a fixed joint at D. Support reactions are given. 1. Draw the shear diagram for member BD. Indicate all important values and locations on the diagram. --- ### Diagram Explanation The diagram shows a structural member setup with various forces and joints. Here are the details: - **Points and Supports:** - Point A: Pin support - Point B: Slider joint - Point C: Pin support - Point D: Fixed joint - **Forces and Reactions:** - At point A, there is a horizontal reaction force Ax = 0 and a vertical reaction Ay = 8.65 kips. - At point B, a horizontal force E = 3.5 kips acts toward the left. - At point C, there is a vertical force Ey = 9 kips and another horizontal force Ex = 3.5 kips acting towards the right. - At point D, there is an unknown reaction force and moment due to the fixed support. - **Other Details:** - A triangular load of 5 kips acts downward between supports B and C, with a base of 5 and height of 4. - The lengths of the members are annotated, with BC labeled as 7 units and CD as 12 units. - **Shear Diagram:** - The task is to draw the shear diagram for member BD, indicating critical values. There is a small calculation shown involving a triangular area: \( \frac{1}{2} \cdot 5 \cdot 6 = 15 \). This setup illustrates a problem in static equilibrium, analyzing forces and moments acting on structural elements.
Transcribed Image Text:The text on the image states: --- The following structure has pin supports at A and C, a slider joint at B, and a fixed joint at D. Support reactions are given. 1. Draw the shear diagram for member BD. Indicate all important values and locations on the diagram. --- ### Diagram Explanation The diagram shows a structural member setup with various forces and joints. Here are the details: - **Points and Supports:** - Point A: Pin support - Point B: Slider joint - Point C: Pin support - Point D: Fixed joint - **Forces and Reactions:** - At point A, there is a horizontal reaction force Ax = 0 and a vertical reaction Ay = 8.65 kips. - At point B, a horizontal force E = 3.5 kips acts toward the left. - At point C, there is a vertical force Ey = 9 kips and another horizontal force Ex = 3.5 kips acting towards the right. - At point D, there is an unknown reaction force and moment due to the fixed support. - **Other Details:** - A triangular load of 5 kips acts downward between supports B and C, with a base of 5 and height of 4. - The lengths of the members are annotated, with BC labeled as 7 units and CD as 12 units. - **Shear Diagram:** - The task is to draw the shear diagram for member BD, indicating critical values. There is a small calculation shown involving a triangular area: \( \frac{1}{2} \cdot 5 \cdot 6 = 15 \). This setup illustrates a problem in static equilibrium, analyzing forces and moments acting on structural elements.
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