Problem 1: Let's say we have the tank below, and you are told to assume the flow is steady and inviscid. The incoming flow, Q, is 0.14 m³/min, and the area of the discharge pipe is 12 cm. Calculate...


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Problem 1: Let's say we have the tank below, and you are told to assume the flow is steady and inviscid.<br>The incoming flow, Q, is 0.14 m³/min, and the area of the discharge pipe is 12 cm.<br>Calculate the depth, h, in cm.<br>

Extracted text: Problem 1: Let's say we have the tank below, and you are told to assume the flow is steady and inviscid. The incoming flow, Q, is 0.14 m³/min, and the area of the discharge pipe is 12 cm. Calculate the depth, h, in cm.

Jun 11, 2022
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