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D =8 cm ater D2 = 16 cm %3D 10 m/s 410 kPa

D =8 cm ater D2 = 16 cm %3D 10 m/s 410 kPa

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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pls use setting= 1

D = 8 cm Water D = 16 cm 10 m/s 410 kPa Figure Q2(b) Table 2 : Setting of Question Setting Temp (°C) Density Dynamic Viscosity (kg/m³) (Pa.s) 1 999.97 0.001518 2 10 999.70 0.001306 3 15 999.10 0.001138 4 20 998.21 0.001002 5 25 997.05 0.000890 6. 30 995.65 0.000797 7 35 994.04 0.000719
Transcribed Image Text:D = 8 cm Water D = 16 cm 10 m/s 410 kPa Figure Q2(b) Table 2 : Setting of Question Setting Temp (°C) Density Dynamic Viscosity (kg/m³) (Pa.s) 1 999.97 0.001518 2 10 999.70 0.001306 3 15 999.10 0.001138 4 20 998.21 0.001002 5 25 997.05 0.000890 6. 30 995.65 0.000797 7 35 994.04 0.000719
(b) A horizontal pipe has a sudden expansion from diameter 8 cm to diameter 16 cm as shown in Figure Q2(b). The velocity and pressure of the water in the inlet of sudden expansion is 10 m/s and 410 kPa respectively. Based on Table 2 and setting given to you, determine the pressure at the outlet of the sudden expansion.
Transcribed Image Text:(b) A horizontal pipe has a sudden expansion from diameter 8 cm to diameter 16 cm as shown in Figure Q2(b). The velocity and pressure of the water in the inlet of sudden expansion is 10 m/s and 410 kPa respectively. Based on Table 2 and setting given to you, determine the pressure at the outlet of the sudden expansion.
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