An ideal fluid is assumed to be in irrotational flow when all the part

1.	An ideal fluid is assumed to be in irrotational flow when all the particles will move in straight line
Answer» Explanation: STEADY, inviscid and irrotational: ... Irrotational flow is a flow in which each element of the moving FLUID undergoes no NET rotation with respect to a chosen coordinate AXES from one instant to other. A well-known example of irrotational motion is that of the carriages of the Ferris WHEEL (giant wheel).

An ideal fluid is assumed to be in irrotational flow when all the particles will move in straight line

Answer»

Explanation:

STEADY, inviscid and irrotational: ... Irrotational flow is a flow in which each element of the moving FLUID undergoes no NET rotation with respect to a chosen coordinate AXES from one instant to other. A well-known example of irrotational motion is that of the carriages of the Ferris WHEEL (giant wheel).

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An ideal fluid is assumed to be in irrotational flow when all the particles will move in straight line

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