2.1 Water flows through a nozzle as shown in Figure 1 and deflects the mercury with...

 

 
 
 

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2.1 Water flows through a nozzle as shown in Figure 1 and deflects the mercury with relative density, RDim, in U-tube gauge at a treatment plant. Determine the value of h if the pressure at point D is Po (kN/m2), and distance m (m). See Table 3. (7) Nozzle m A B C Figure 1 Table 3: Po (kN/m2) 120 RDm 13.6 m (m) 0.84 2.2 A mercury manometer (RDm) is used to measure pressure difference as shown Figure 2. Determine the pressure difference in Pascals given variables in Table 4. (7) Water A Water B C Liquid M Figure 2 RDm 13.6 y (m) h (m) 1.2 0.8 2.1 Water flows through a nozzle as shown in Figure 1 and deflects the mercury with relative density, RDim, in U-tube gauge at a treatment plant. Determine the value of h if the pressure at point D is Po (kN/m2), and distance m (m). See Table 3. (7) Nozzle m A B C Figure 1 Table 3: Po (kN/m2) 120 RDm 13.6 m (m) 0.84 2.2 A mercury manometer (RDm) is used to measure pressure difference as shown Figure 2. Determine the pressure difference in Pascals given variables in Table 4. (7) Water A Water B C Liquid M Figure 2 RDm 13.6 y (m) h (m) 1.2 0.8

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21 120 KNm Relative depuity of merewry 136 Nozzle d... View the full answer