A circular lamina of 1000 mm in diameter is immersed in water so that the distance of its perimete measured vertically below the water surface varies between 500 mm & 1200 as shown in figure Find the total force due to the water acting on one side of the lamina and the vertical distance of the centre of pressure below the surface. 500 mm 1000 mm- dia 1200mm ww 000L
A circular lamina of 1000 mm in diameter is immersed in water so that the distance of its perimete measured vertically below the water surface varies between 500 mm & 1200 as shown in figure Find the total force due to the water acting on one side of the lamina and the vertical distance of the centre of pressure below the surface. 500 mm 1000 mm- dia 1200mm ww 000L
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A circular lamina of 1000 mm in diameter is immersed in water so that the distance of its perimeter
measured vertically below the water surface varies between 500 mm & 1200 as shown in figure.
Find the total force due to the water acting on one side of the lamina and the vertical distance of the
centre of pressure below the surface.
500 mm
1000 mm-
dia](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F02ed7d9c-2c95-4410-bbb8-ede79a6e183f%2F1325fcfe-01e0-41bd-a553-a40260ad6968%2Fs3lo2mp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A circular lamina of 1000 mm in diameter is immersed in water so that the distance of its perimeter
measured vertically below the water surface varies between 500 mm & 1200 as shown in figure.
Find the total force due to the water acting on one side of the lamina and the vertical distance of the
centre of pressure below the surface.
500 mm
1000 mm-
dia
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