In the area in the figure; Calculate the athlete's moments according to the center of gravity, the axis team passing the weight, and the athlete's moment according to the X and Y axis. 12- Area of the shape? (cm²) 13- Static Moment, relative to X? (cm³) 14- According to Static Moment, Yes? (cm³) 15- Center of gravity, relative to X? (mm) 16- Center of gravity, relative to Y? (mm) 17- Moment of inertia relative to X passing through the center of gravity? (cm²) 18- Moment of inertia, relative to the passing Ÿ of the weight? (cm²) 19- Moment of inertia with respect to X? (cm²) 20- Moment of inertia, relative to Y? (cm²)
In the area in the figure; Calculate the athlete's moments according to the center of gravity, the axis team passing the weight, and the athlete's moment according to the X and Y axis. 12- Area of the shape? (cm²) 13- Static Moment, relative to X? (cm³) 14- According to Static Moment, Yes? (cm³) 15- Center of gravity, relative to X? (mm) 16- Center of gravity, relative to Y? (mm) 17- Moment of inertia relative to X passing through the center of gravity? (cm²) 18- Moment of inertia, relative to the passing Ÿ of the weight? (cm²) 19- Moment of inertia with respect to X? (cm²) 20- Moment of inertia, relative to Y? (cm²)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In the area in the figure; Calculate the athlete's moments according to the center of gravity, the axis team passing the weight, and the athlete's moment according to the X and Y axis. 12- Area of the shape? (cm²) 13- Static Moment, relative to X? (cm³) 14- According to Static Moment, Yes? (cm³) 15- Center of gravity, relative to X? (mm) 16- Center of gravity, relative to Y? (mm) 17- Moment of inertia relative to X passing through the center of gravity? (cm²) 18- Moment of inertia, relative to the passing Ÿ of the weight? (cm²) 19- Moment of inertia with respect to X? (cm²) 20- Moment of inertia, relative to Y? (cm²)
Transcribed Image Text:150 mm
150 mm
-100 mm-100 mm-—150 mm -
75 mm
·X
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Step 1: Introducing given data
VIEWStep 2: Calculation of area , static moment & centroid
VIEWStep 3: Calculation area , static moment & centroid of X and Y axes
VIEWStep 4: Moment of inertia relative X passing through the center of gravity
VIEWStep 5: Moment of inertia relative Y passing through the center of gravity
VIEWStep 6: Moment of inertia with respect to X
VIEWStep 7: Moment of inertia with respect to X
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