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Example I A fluid flows steadily through a converging duct with cross- sectional areas of sections (1) and (2) are (0.005 m2) and (0.001 m?) respectively. The velocity is (2 m/s) at section (1) Determine the velocity at section (2) if: (a) The fluid is incompressible (b) The fluid is compressible with densities (P = 1.2kg / m') and (P2 = 0.8kg/m) %3D Sclutiont

Example I A fluid flows steadily through a converging duct with cross- sectional areas of sections (1) and (2) are (0.005 m2) and (0.001 m?) respectively. The velocity is (2 m/s) at section (1) Determine the velocity at section (2) if: (a) The fluid is incompressible (b) The fluid is compressible with densities (P = 1.2kg / m') and (P2 = 0.8kg/m) %3D Sclutiont

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Example I A fluid flows steadily through a converging duct with cross- sectional areas of sections (1) and (2) are (0.005 m2) and (0.001 m2) respectively. The velocity is (2 m/s) at section (1). Determine the velocity at section (2) if: (a) The fluid is incompressible (b) The fluid is compressible with densities (P = 1.2kg /m') and (P2 = 0.8kg/m) %3D %3D Solution:
Transcribed Image Text:Example I A fluid flows steadily through a converging duct with cross- sectional areas of sections (1) and (2) are (0.005 m2) and (0.001 m2) respectively. The velocity is (2 m/s) at section (1). Determine the velocity at section (2) if: (a) The fluid is incompressible (b) The fluid is compressible with densities (P = 1.2kg /m') and (P2 = 0.8kg/m) %3D %3D Solution:
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