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Let B denote any property of a fluid flow. The statement of Reynolds transport theorem is “The instantaneous total change of B inside the _____________ is equal to the instantaneous total change of B within the ______________ plus the net flow of B into and out of the _____________”

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Let B denote any property of a fluid flow. The statement of Reynolds transport theorem is “The instantaneous total change of B inside the _____________ is equal to the instantaneous total change of B within the ______________ plus the net flow of B into and out of the _____________”

(a) Control volume, Control mass, Control volume

(b) Control volume, Control volume, Control mass

(c) Control mass, Control mass, Control volume

(d) Control mass, Control volume, Control volume

This question was addressed to me in unit test.

The query is from Governing Equations topic in portion Governing Equations of Fluid Dynamics of Computational Fluid Dynamics

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Right option is (d) Control mass, Control volume, Control volume

Best explanation: Statement of Reynolds Transport Theorem: “The instantaneous total change of B inside the control mass is equal to the instantaneous total change of B within the control volume plus the net flow of B into and out of the control volume”.

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