Figure 12.1 The figure shows a Venturi meter: connected tubes filled with an ideal fluid. The upper figure shows the fluid at rest, with the fluid shown by shading at the same height in a W-pipe. The lower figure shows moving fluid and uneven heights in a W-pipe.
-Explain why the fluid, as shown by shading in Fig. 12.1, rises in the middle branch of the W-pipe when the fluid above it flows in the direction shown by the arrow. Which law explains this phenomenon?

Question

Figure 12.1  The figure shows a Venturi meter: connected tubes filled with an ideal fluid. The upper figure shows the fluid at rest, with the fluid shown by shading at the same height in a W-pipe. The lower figure shows moving fluid and uneven heights in a W-pipe.
-Explain why the fluid, as shown by shading in Fig. 12.1, rises in the middle branch of the W-pipe when the fluid above it flows in the direction shown by the arrow. Which law explains this phenomenon?

Quizplus · Accepted Answer

The Answer of Figure 12.1  The figure shows a Venturi meter: connected tubes filled with an ideal fluid. The upper figure shows the fluid at rest, with the fluid shown by shading at the same height in a W-pipe. The lower figure shows moving fluid and uneven heights in a W-pipe.
-Explain why the fluid, as shown by shading in Fig. 12.1, rises in the middle branch of the W-pipe when the fluid above it flows in the direction shown by the arrow. Which law explains this phenomenon?

Figure 121 the Figure Shows a Venturi Meter: Connected Tubes