In a closed tank A filled with oil, the pressure on the

In a closed tank A filled with oil, the pressure on the

In a closed tank A filled with oil, the pressure on the surface of the liquid is p0 (Fig. 1.2). At a depth h, a U-shaped mercury manometer is connected, the reading of which is hpt, lowering the level of mercury in the right knee a. Determine the pressure p0 (in bar) on the surface of the oil, as well as the height of the water in the glass tube dipped in an open reservoir B filled with water.
Given: h = 0.6m; hrt = 40mm = 0.04m; a = 0.2m
Take: = 900kg / m3 - oil density; = 1000kg / m3 - water density; = 13600kg / m3 - mercury density
Define: ro (in bar); hv
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