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Please show your solutions neatly in paper. I will give you a very good feedback. Thank you! IN PAPER PLEASE :( 5. Consider the Venturi

Please show your solutions neatly in paper.I will give you a very good feedback. Thank you! IN PAPER PLEASE :(

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5. Consider the Venturi meter, discussed in the sample problems, containing water without the manometer tube underneath. Let A = 4.75a. Suppose that the pressure at point 1 is 2.12 atmosphere. (a) Compute the values of v at point 1 and at point 2 that would make the pressure at point 2 equal to zero. (b) How much water in m3 flows into the tube per minute (the volume flow rate in minutes) if the diameter at point 1 is 5.20 cm. The phenomenon at point 2 when the pressure falls to nearly zero is known as cavitation. The water vaporizes into small bubbles

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