Water at 20 deg C flows down a vertical 6 cm diameter tube at 300 gal min, as in the figure the flow then turns horizontally and exits through a 90 deg radial duct segment 1 cm thick, as shown If the radial outflow is uniform and steady, estimate the forces (Fx, Fy, Fz) required to support this sys...

First convert 300 galmin 001893 m3s hence the mass flow is Q 189 kgs The verticaltube ...

Water at 20°C flows down a vertical 6-cm-diameter tube at 300 gal/min, as in the figure the

Question:

Water at 20°C flows down a vertical 6-cm-diameter tube at 300 gal/min, as in the figure the flow then turns horizontally and exits through a 90° radial duct segment 1 cm thick, as shown. If the radial outflow is uniform and steady, estimate the forces (Fx, Fy, Fz) required to support this system against fluid momentum changes.

Water at 20°C flows down a vertical 6-cm-diameter