Compute for the location of centroid and moment of inertia. Use metric units
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Compute for the location of centroid and moment of inertia. Use metric units
![[50 mm)
(125 mm]
10
[250 mm)
(25mm] [100 mm]
i25 mm)
7*
[175 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F97541f2a-9664-4bb3-9e18-9d8630e6b6b1%2F0ba6940c-ad2e-4da2-8f7d-bd3021462059%2Fltg104b_processed.jpeg&w=3840&q=75)
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- bf=122 mm hf=30mm hw=40mm bw=30mm Moment =95 N.ma.) what is the distance between the stadia hairs on the instrument scopeb.)What is the instrument stadia constantc.)What is the Horizontal distance between point A and B d.) What is the vertical distance between point A and B e.) What is the slope distance between the center of the instrument to the middle reading at the rodCalculate the moment of inertia of around the x-axis a=20mm b=30mm c=30mm d=42mm e=23mm f=10mm
- NOTE: Refer to MM = 08 and DD = 20Find the volume of water in the horizontal cylindrical tank if it is 7/8 full. Radius of tank is 600mm and the length of the tank is 5m.A. 4.95 m³B. 4.27m³C. 3.22 m³D. 5.15m³The diameter of a pipe carrying water changesgradually from 6 inches at a lower point to 18 inchesat a higher point by 15 ft. What will be the differencein pressure, in psi, between these points if 6.2 cfs isflowing considering no loss in energy. please use the photo for ung format solutions and i request that the solution is encoded so that i can understand it. Please input figures. Thank you