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6.) The square flood gate (2m by 2m) is hinged along its bottom as shown in Fig. 34. Determine the moment at the hinge in order to hold the gate steady.

6.) The square flood gate (2m by 2m) is hinged along its bottom as shown in Fig. 34. Determine the moment at the hinge in order to hold the gate steady.

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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**Problem Statement:** The square flood gate, measuring 2 meters by 2 meters, is hinged along its bottom as depicted in Fig. 34. Calculate the moment at the hinge required to hold the gate steady. **Explanation:** - **Square Flood Gate:** The gate is a square shape with dimensions of 2 meters on each side. - **Hinge Position:** The hinge is located at the bottom, allowing the gate to pivot. - **Objective:** Find the necessary moment (torque) at the hinge to keep the gate from moving. Note: A figure (Fig. 34) is referenced but not provided in the text. This figure likely illustrates the flood gate setup and hinge placement.
Transcribed Image Text:**Problem Statement:** The square flood gate, measuring 2 meters by 2 meters, is hinged along its bottom as depicted in Fig. 34. Calculate the moment at the hinge required to hold the gate steady. **Explanation:** - **Square Flood Gate:** The gate is a square shape with dimensions of 2 meters on each side. - **Hinge Position:** The hinge is located at the bottom, allowing the gate to pivot. - **Objective:** Find the necessary moment (torque) at the hinge to keep the gate from moving. Note: A figure (Fig. 34) is referenced but not provided in the text. This figure likely illustrates the flood gate setup and hinge placement.
The image consists of two diagrams labeled as Fig. 34. **Left Diagram:** - This is a side view of a mechanical structure. - The diagram shows a vertical blue member with a hinge located at its top. - The hinge is represented by an orange circular symbol. - There is an arrow indicating horizontal movement at the hinge point. - The vertical blue member has a height noted as \( y' \). - A horizontal dimension marked as \( 2m \) is shown from the bottom of the vertical member to an unspecified point below. **Right Diagram:** - This is a front view of the same or similar mechanical structure. - The structure presents a triangular shape when viewed from this angle. - The dimensions \( x \) and \( y \) are indicated with arrows extending from the apex of the triangle to its base and height, respectively. - The base of the triangle is highlighted in orange, likely indicating the path or base of movement. These diagrams likely depict a mechanical system for illustrating principles of motion, hinges, and lever arms in educational contexts.
Transcribed Image Text:The image consists of two diagrams labeled as Fig. 34. **Left Diagram:** - This is a side view of a mechanical structure. - The diagram shows a vertical blue member with a hinge located at its top. - The hinge is represented by an orange circular symbol. - There is an arrow indicating horizontal movement at the hinge point. - The vertical blue member has a height noted as \( y' \). - A horizontal dimension marked as \( 2m \) is shown from the bottom of the vertical member to an unspecified point below. **Right Diagram:** - This is a front view of the same or similar mechanical structure. - The structure presents a triangular shape when viewed from this angle. - The dimensions \( x \) and \( y \) are indicated with arrows extending from the apex of the triangle to its base and height, respectively. - The base of the triangle is highlighted in orange, likely indicating the path or base of movement. These diagrams likely depict a mechanical system for illustrating principles of motion, hinges, and lever arms in educational contexts.
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