FIGURE 13-3
-The two water reservoirs shown in Fig. 13-3 are open to the atmosphere. The manometer contains oil with a density of 820 kg/m³. What is the difference in elevation h if the manometer reading m is 25.0 cm?

Question

FIGURE 13-3 FIGURE 13-3 -The two water reservoirs shown in Fig. 13-3 are open to the atmosphere. The manometer contains oil with a density of 820 kg/m<sup>3</sup>. What is the difference in elevation h if the manometer reading m is 25.0 cm? A) 0.045 m B) 0.025 m C) 0.065 m D) 0.115 m E) 0.205 m

FIGURE 13-3 -The two water reservoirs shown in Fig. 13-3 are open to the atmosphere. The manometer contains oil with a density of 820 kg/m<sup>3</sup>. What is the difference in elevation h if the manometer reading m is 25.0 cm? A) 0.045 m B) 0.025 m C) 0.065 m D) 0.115 m E) 0.205 m

-The two water reservoirs shown in Fig. 13-3 are open to the atmosphere. The manometer contains oil with a density of 820 kg/m³. What is the difference in elevation h if the manometer reading m is 25.0 cm?

Quizplus · Accepted Answer

The difference in elevation h can be calculated using the formula h = (density of oil / density of water) * m. Given the density of oil is 820 kg/m³ and the density of water is approximately 1000 kg/m³, and m is 0.25 m, h = (820/1000) * 0.25 = 0.205 m.

FIGURE 13-3 -The Two Water Reservoirs Shown in Fig. 13-3 Are Open