Normalize the following equation.\(\phi_f=\phi_c+\frac{\phi_d-\phi_u}{4}\) Where,Φf → Flow variable at the face.Φc → Flow variable at the upwind node.Φd → Flow variable at the downwind node.Φu → Flow variable at the far upwind node.

\(\tilde{\phi_f}=\frac{\tilde{\phi_c}}{4}\)

\(\tilde{\phi_f}=\tilde{\phi_c}+\frac{1}{4}\)

\(\tilde{\phi_f}=\frac{\tilde{\phi_c}}{4}\)

\(\tilde{\phi_f}=1+\frac{\tilde{\phi_c}}{4}\)

\(\tilde{\phi_f}=\tilde{\phi_c}+\frac{3}{4}\)

Normalize the following equation.\(\phi_f=\phi_c+\frac{\phi_d-\phi_u}

1.	Normalize the following equation.\(\phi_f=\phi_c+\frac{\phi_d-\phi_u}{4}\) Where,Φf → Flow variable at the face.Φc → Flow variable at the upwind node.Φd → Flow variable at the downwind node.Φu → Flow variable at the far upwind node.
A.	\(\tilde{\phi_f}=\tilde{\phi_c}+\frac{1}{4}\)
B.	\(\tilde{\phi_f}=\frac{\tilde{\phi_c}}{4}\)
C.	\(\tilde{\phi_f}=1+\frac{\tilde{\phi_c}}{4}\)
D.	\(\tilde{\phi_f}=\tilde{\phi_c}+\frac{3}{4}\)
Answer» B. \(\tilde{\phi_f}=\frac{\tilde{\phi_c}}{4}\)

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Normalize the following equation.\(\phi_f=\phi_c+\frac{\phi_d-\phi_u}{4}\) Where,Φf → Flow variable at the face.Φc → Flow variable at the upwind node.Φd → Flow variable at the downwind node.Φu → Flow variable at the far upwind node.

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