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The 2-D flow with velocity
- a)Compressible and irrotational
- b)Compressible and not irrotational
- c)Incompressible and irrotational
- d)Incompressible and not irrotational
Correct answer is option 'D'. Can you explain this answer?
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The 2-D flow with velocitya)Compressible and irrotationalb)Compressibl...
Concept:
Incompressible flow: When the density of fluid remains constant that it does not change with respect to time or space, then it is known as an incompressible flow.
General continuity equation:
For steady & incompressible flow:
Hence, it is incompressible flow.
Rotational flow: When the fluid particles rotate about their center of mass, then the flow is known as rotational flow.
For rotational flow, the following condition must be followed.
Here, u = (x + 2y + 2), v = (4 - y), w = 0
2 ≠ 0
Therefore, it is a rotational flow.
Incompressible flow: When the density of fluid remains constant that it does not change with respect to time or space, then it is known as an incompressible flow.
General continuity equation:
For steady & incompressible flow:
Hence, it is incompressible flow.
Rotational flow: When the fluid particles rotate about their center of mass, then the flow is known as rotational flow.
For rotational flow, the following condition must be followed.
Here, u = (x + 2y + 2), v = (4 - y), w = 0
2 ≠ 0
Therefore, it is a rotational flow.
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The 2-D flow with velocitya)Compressible and irrotationalb)Compressible and not irrotationalc)Incompressible and irrotationald)Incompressible and not irrotationalCorrect answer is option 'D'. Can you explain this answer?
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