How is the value (( frac{ partial rho}{ partial t})_{i,j}^{av} ) obtained in the MacCormack s expansion to find ( rho_{i,j}^{t+ Delta t} )?

Question

How is the value  (( frac{ partial  rho}{ partial t})_{i,j}^{av} ) obtained in the MacCormack s expansion to find  ( rho_{i,j}^{t+ Delta t} )?

TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

Truncated mean of   ((  frac{  partial  rho}{  partial t})_{i,j}^t and (  frac{  partial  rho}{  partial t})_{i,j}^{t+  Delta t}  )

TuteeHUB · Answer

Weighted average of   ((  frac{  partial  rho}{  partial t})_{i,j}^t and (  frac{  partial  rho}{  partial t})_{i,j}^{t+  Delta t}  )

TuteeHUB · Answer

Geometric mean of   ((  frac{  partial  rho}{  partial t})_{i,j}^t and (  frac{  partial  rho}{  partial t})_{i,j}^{t+  Delta t}  )

TuteeHUB · Answer

Arithmetic mean of   ((  frac{  partial  rho}{  partial t})_{i,j}^t and (  frac{  partial  rho}{  partial t})_{i,j}^{t+  Delta t}  )

1.	How is the value (( frac{ partial rho}{ partial t})_{i,j}^{av} ) obtained in the MacCormack s expansion to find ( rho_{i,j}^{t+ Delta t} )?
A.	Truncated mean of (( frac{ partial rho}{ partial t})_{i,j}^t and ( frac{ partial rho}{ partial t})_{i,j}^{t+ Delta t} )
B.	Weighted average of (( frac{ partial rho}{ partial t})_{i,j}^t and ( frac{ partial rho}{ partial t})_{i,j}^{t+ Delta t} )
C.	Geometric mean of (( frac{ partial rho}{ partial t})_{i,j}^t and ( frac{ partial rho}{ partial t})_{i,j}^{t+ Delta t} )
D.	Arithmetic mean of (( frac{ partial rho}{ partial t})_{i,j}^t and ( frac{ partial rho}{ partial t})_{i,j}^{t+ Delta t} )
Answer» E.

Discussion