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

Answer: d
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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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 ___”