A liquid flows with n velocity V through the hole in the side of a large tank. T

Question

A liquid flows with n velocity V through the hole in the side of a large tank. Tlie velocity of water exiting the tank caii be state as: V = f(h.g.rho.sigma) . It is the depth of the fluid above the hole, g is the acceleration of the gravity. rho is the density of the fluid, and sigma is the surface tension. During a test, the variation of the fluid velocity V with changes in h were measured and recorded in the following table. The density of the fluid is rho = 1000kg/m3 and surface tension sigma = 0.074 N/m. Please answer the following questions. Based on the given sigma = 0.074 N/m. please find the dimension of sigma and compare your results with the one shown in Table 1.1 see if you can get the same answer. Find the Pi terms needed to solve this question in finding the velocity of water using h, g and rho as repeating variable? Table the value of pi1 and pi2. plot the variation of pi1 with changes in pi2 and describe relationship between pi1 and pi2. Check if the variation of pi2 affect the value of pi1 and make the judgment if the terms involved in can be ignored when evaluating the value of variables involved in pi1

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