(II) Water and then oil (which don't mix) are poured into a U- shaped tube, open at both ends. They come to equilibrium as shown in Fig. 10–50 0. What is the density of the oil? [Hint: Pressures at points a and b are equal. Why?]

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**Problem 18.**

Water and then oil (which don't mix) are poured into a U-shaped tube, open at both ends. They come to equilibrium as shown in Fig. 10-50. What is the density of the oil? *Hint: Pressures at points a and b are equal. Why?*

**Figure 10-50 Explanation:**

The diagram illustrates a U-shaped tube containing water and oil, which are in equilibrium. The left side of the tube is filled with oil to a certain height, and the right side is filled with water. 

- **Oil Column (Left Side):**
  - Height of oil above point 'a': 8.62 cm

- **Water Column (Right Side):**
  - Total height of water: 27.2 cm

The diagram indicates that the pressures at points 'a' (in the oil) and 'b' (in the water) are equal due to equilibrium conditions. The goal is to determine the density of the oil based on these measurements.
Transcribed Image Text:**Problem 18.** Water and then oil (which don't mix) are poured into a U-shaped tube, open at both ends. They come to equilibrium as shown in Fig. 10-50. What is the density of the oil? *Hint: Pressures at points a and b are equal. Why?* **Figure 10-50 Explanation:** The diagram illustrates a U-shaped tube containing water and oil, which are in equilibrium. The left side of the tube is filled with oil to a certain height, and the right side is filled with water. - **Oil Column (Left Side):** - Height of oil above point 'a': 8.62 cm - **Water Column (Right Side):** - Total height of water: 27.2 cm The diagram indicates that the pressures at points 'a' (in the oil) and 'b' (in the water) are equal due to equilibrium conditions. The goal is to determine the density of the oil based on these measurements.
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