50 meters of a circular observation tube with a flat glass window at the bottom is submerged in water as shown in the image. Assuming P(h)= 9800h N/m2, calculate the total force due to hydrostatic pressure on the exterior of the tube. The radius of the tube is 1 meter.

50 meters of a circular observation tube with a flat glass window at the bottom is submerged in water as shown in the image. Assuming P(h)= 9800h N/m2, calculate the total force due to hydrostatic pressure on the exterior of the tube. The radius of the tube is 1 meter.

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Question

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50 meters of a circular observation tube with a flat glass window at the bottom is submerged in water as shown in the image. Assuming P(h)= 9800h N/m², calculate the total force due to hydrostatic pressure on the exterior of the tube. The radius of the tube is 1 meter.