A liquid flowing in a pipe with an inner diameter of 0.025 metres, a density of...

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A liquid flowing in a pipe with an inner diameter of 0.025 metres, a density of 1000 kg m, and a dynamic viscosity of 0.89 2010 pascals per second. Calculate the Reynolds number for the flow and what is the nature of this flow. Calculate the change in pressure if you know that this fluid is flowing at an average speed. 0.075 m/s in a 1 meter long tube. The second question: the center of pressure experience Using the dimensions of the center of pressure device that were discussed in the theoretical explanation in the lecture as well as the practical video, I calculate the value of the theoretical force at the center of pressure as well as the theoretical torque using Integrals as explained previously, then calculate the location of the center of pressure. If you know that: The angle of balance is. A state of total immersion The weight of the placed blocks is 400 grams h=0.088m A liquid flowing in a pipe with an inner diameter of 0.025 metres, a density of 1000 kg m, and a dynamic viscosity of 0.89 2010 pascals per second. Calculate the Reynolds number for the flow and what is the nature of this flow. Calculate the change in pressure if you know that this fluid is flowing at an average speed. 0.075 m/s in a 1 meter long tube. The second question: the center of pressure experience Using the dimensions of the center of pressure device that were discussed in the theoretical explanation in the lecture as well as the practical video, I calculate the value of the theoretical force at the center of pressure as well as the theoretical torque using Integrals as explained previously, then calculate the location of the center of pressure. If you know that: The angle of balance is. A state of total immersion The weight of the placed blocks is 400 grams h=0.088m

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Solution Okay here are the calculations for the questions 1 Reynolds number calculation Gi... View the full answer