9 Delete End Poon He [ 2 2.) Calculate the moments of inertia of the area in question 1 about the X-X and Y-X centroidal

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9 Delete End Poon He [ 2 2.) Calculate the moments of inertia of the area in question 1 about the X-X and Y-X centroidal

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9 Delete End Poon He 2 2 Calculate The Moments Of Inertia Of The Area In Question 1 About The X X And Y X Centroidal 1
9 Delete End Poon He 2 2 Calculate The Moments Of Inertia Of The Area In Question 1 About The X X And Y X Centroidal 1 (19.23 KiB) Viewed 16 times
9 Delete End Poon He 2 2 Calculate The Moments Of Inertia Of The Area In Question 1 About The X X And Y X Centroidal 2
9 Delete End Poon He 2 2 Calculate The Moments Of Inertia Of The Area In Question 1 About The X X And Y X Centroidal 2 (42.53 KiB) Viewed 16 times
9 Delete End Poon He [ 2 2.) Calculate the moments of inertia of the area in question 1 about the X-X and Y-X centroidal axes
1.) Locate the X-X and Y-Y centroidal axes for the area shown. Assume the outco is aligned horizontally with the centerline of the 2" wide arm" Neglect arvy tiny amount of overlap of the two in your calculations 12" 15" 12" 6" Diam (12)² = 144 X- 144 (6) +30 (19.5) +28.174 130) 15x2730 144+30+28.124 Y(37=28824 x = 11.356 in Ya Y = 144 (6) +30 (11)+28.274 (1) ()) 12 tis = 19.5 144+30 +28.274 7=7.440 in 2 tist6=30 2 12-6 166,9) = (11.356,7.440) +?= 11 +3=11 5/3/2022 EGR-194 Final Exam SP2022
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