Figure 12.4 The figure shows flow of fluid through pipe A, branching into two identical pipes B and C with radii equal to half the radius of A, which reunite into a single pipe D.
-In Fig. 12.4, pipe A has a radius of 2 cm, and pipes B and C are each 6.0 m long. Glycerine, with a coefficient of viscosity 1.5 N s/m², flows through the pipes at 30.0 cm/s. What is the drop in pressure that results from branching into two pipes?

Question

Figure 12.4

The figure shows flow of fluid through pipe A, branching into two identical pipes B and C with radii equal to half the radius of A, which reunite into a single pipe D.
-In Fig. 12.4, pipe A has a radius of 2 cm, and pipes B and C are each 6.0 m long. Glycerine, with a coefficient of viscosity 1.5 N s/m², flows through the pipes at 30.0 cm/s. What is the drop in pressure that results from branching into two pipes?

Quizplus · Accepted Answer

The Answer of Figure 12.4 The figure shows flow of fluid through pipe A, branching into two identical pipes B and C with radii equal to half the radius of A, which reunite into a single pipe D. -In Fig. 12.4, pipe A has a radius of 2 cm, and pipes B and C are each 6.0 m long. Glycerine, with a coefficient of viscosity 1.5 N s/m², flows through the pipes at 30.0 cm/s. What is the drop in pressure that results from branching into two pipes?

Figure 124 the Figure Shows Flow of Fluid Through Pipe