This is on Reynolds Transport Theorem in Fluid Mechanics. Problem: This is on Reynolds Transport Theorem in Fluid Mechanics. Problem: An open cone-shaped container with height H and diameter D received a fluid flow of Q1 from the top of the container. If the fluid level inside the container is increasing by V when the fluid is as deep as 45% of the cones height, use the Reynolds Transport Theorem to determine the discharge Q2 exiting (or entering) the bottom of the container thought the vertex. Also, confirm the answer by using the Continuity Equation. The following are the values: H = 5mD = 4mQ1 = 2.3 m3/sV = 0.21 m/sEngineering & Technology Mechanical Engineering Fluid Dynamics
