The Reynolds transport theorem establishes a relationship between ___

1.	The Reynolds transport theorem establishes a relationship between __________ and ___________
A.	Control mass system, Control volume system
B.	Differential equation, Integral equation
C.	Non-conservative equation, Conservative equation
D.	Substantial derivative, Local derivative
Answer» B. Differential equation, Integral equation

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The final equation of Reynolds transport theorem can be used to drive ____________ form of the conservation laws in fixed regions.
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Gauss divergence theorem is used to convert a surface integral to volume integral. This is used in Reynolds Transport theorem. What is the purpose of this conversion?
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Consider the following terms:MV → Material Volume (Control Mass)V → Control VolumeS → Control SurfaceB → Flow propertyb → Intensive value of B in any small element of the fluidρ → Density of the flowt → Instantaneous time\( \vec{v} \) → Velocity of fluid entering or leaving the control volume\( \vec{n} \) → Outward normal vector to control surfaceWhich of these equations is the mathematical representation of Reynolds transport theorem in the above terms?
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 _____________”

The Reynolds transport theorem establishes a relationship between and _

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The Reynolds transport theorem establishes a relationship between __________ and ___________

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The Reynolds transport theorem establishes a relationship between and _