When the finite volume approach is used, if the general form is given asFluxT=FluxC C+FluxC C +FluxV

(- frac{2 rho_C^o V_C}{ Delta t} )

nThe superscript o indicates the older time step, the value of FluxC while using the second-order upwind Euler scheme is ________

( frac{3 rho_C^o V_C}{2 Delta t} )

(- frac{3 rho_C^o V_C}{2 Delta t} )

( frac{2 rho_C^o V_C}{ Delta t} )

(- frac{2 rho_C^o V_C}{ Delta t} )

When the finite volume approach is used, if the general form is given

1.	When the finite volume approach is used, if the general form is given as FluxT=FluxC _C+FluxC _C +FluxV
A.	nThe superscript o indicates the older time step, the value of FluxC while using the second-order upwind Euler scheme is ________
B.	( frac{3 rho_C^o V_C}{2 Delta t} )
C.	(- frac{3 rho_C^o V_C}{2 Delta t} )
D.	( frac{2 rho_C^o V_C}{ Delta t} )
E.	(- frac{2 rho_C^o V_C}{ Delta t} )
Answer» E. (- frac{2 rho_C^o V_C}{ Delta t} )