Consider a model of finite control volume (volume V and surface area S) fixed in space with elemental volume dV, vector elemental surface area d ( vec{S} ), density and flow velocity ( vec{V} ). What is the net mass flow rate out of the surface area?

Question

Consider a model of finite control volume (volume V and surface area S) fixed in space with elemental volume dV, vector elemental surface area d ( vec{S} ), density   and flow velocity  ( vec{V} ). What is the net mass flow rate out of the surface area?

TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

(  iint_V  rho   vec{V}.dV  )

TuteeHUB · Answer

(  rho   vec{V}.d   vec{S}  )

TuteeHUB · Answer

(  iiint_V  rho   vec{V}.d  vec{S}  )

TuteeHUB · Answer

(  iint_V  rho   vec{V}.d  vec{S}  )

1.	Consider a model of finite control volume (volume V and surface area S) fixed in space with elemental volume dV, vector elemental surface area d ( vec{S} ), density and flow velocity ( vec{V} ). What is the net mass flow rate out of the surface area?
A.	( iint_V rho vec{V}.dV )
B.	( rho vec{V}.d vec{S} )
C.	( iiint_V rho vec{V}.d vec{S} )
D.	( iint_V rho vec{V}.d vec{S} )
Answer» E.

Consider a model of finite control volume (volume V and surface area S) fixed in space with elemental volume dV, vector elemental surface area d ( vec{S} ), density and flow velocity ( vec{V} ). What is the net mass flow rate out of the surface area?

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