Here is the answer for the question – **Now assume that point 2 is at height h with respect to point 1, as shown in the figure. (Figure 2) The ends of the flow tube have the same areas as the ends of the horizontal flow tube shown in Part A. Since the cross section of the flow tube is decreasing, Bernoulli’s equation tells us that a fluid element flowing toward point 2 from point 1 moves toward a region of lower pressure. In this case, what is the pressure drop experienced by the fluid element?**. You’ll find the correct answer below

### Now assume that point 2 is at height h with respect to point 1, as shown in the figure. (Figure 2) The ends of the flow tube have the same areas as the ends of the horizontal flow tube shown in Part A. Since the cross section of the flow tube is decreasing, Bernoulli’s equation tells us that a fluid element flowing toward point 2 from point 1 moves toward a region of lower pressure. In this case, what is the pressure drop experienced by the fluid element?

**The Correct Answer is**

**larger than the pressure drop occurring in a purely horizontal flow.**

### Reason Explained

larger than the pressure drop occurring in a purely horizontal flow. is correct for Now assume that point 2 is at height h with respect to point 1, as shown in the figure. (Figure 2) The ends of the flow tube have the same areas as the ends of the horizontal flow tube shown in Part A. Since the cross section of the flow tube is decreasing, Bernoulli’s equation tells us that a fluid element flowing toward point 2 from point 1 moves toward a region of lower pressure. In this case, what is the pressure drop experienced by the fluid element?

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