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Questions [12 -15] Oil treated as an incompressible (constant density) liquid is flowing steadily through an...

Questions [12 -15] Oil treated as an incompressible (constant density) liquid is flowing steadily through an adiabatic and horizontal diffuser (opposite of a nozzle) and remains at a constant temperature (i.e., isothermal process). What happens to the following for the oil flow between the inlet and outlet?

Velocity- Increases, Decreases ,Remains constant

Internal Energy- Increases, Decreases, Remains constant

Enthalpy -Increases, Decreases, Remains constant

engineering   Mechanical-Engineering   
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Answer #1

Given that fa Constant DIFFUSERA To CONSTANT At Diffuser is opposite of Mazzle . for Nozzle pressure will increase in e for d#SUNT AS mcv[TiTe] - As Tale [Temp Constant] Gu=6] . ( CONSTANT = 1.6) ENCHiep 4 = mcp (te-pe] hao . ENT HALP1 = Carsten Cs.c

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