The Normalized Variable Formulation (NVF) is used to ___________

1.	The Normalized Variable Formulation (NVF) is used to ___________
A.	describe and analyse temporal schemes
B.	describe and analyse high-resolution schemes
C.	visualize high-resolution schemes
D.	visualize temporal scheme
Answer» C. visualize high-resolution schemes

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In the Normalized Variable Diagram (NVD), all the second-order and third-order schemes pass through the point ________________
Plotting the QUICK scheme in the (\(\tilde{\phi_c},\tilde{\phi_f}\)) plane, the profile will be ____(Note: \(\tilde{\phi_c} \,and\, \tilde{\phi_f}\) are the normalized flow variable at the upwind node and at the face respectively).
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.
What is the normalized flow variable at the face (\(\tilde{\phi_f}\)) for the upwind and downwind schemes respectively?(Note: \(\tilde{\phi_c}\) is the normalized flow variable at the upwind node).
If \(\tilde{\phi_c}<0 \,or\, \tilde{\phi_c}>1\), what does it mean?(Note: \(\tilde{\phi_c}\) is the normalized flow variable at the upwind node).
Which of these conditions represent a monotonic profile of variable Φ between the far upwind node and downwind node?(Note: \(\tilde{\phi_c}\) is the normalized flow variable at the upwind node).
What are the normalized values of the variables Φd (downwind) and Φu (far upwind)?
Consider the following diagram.In the diagram,phi_u → Φuphi_d → Φdphi_c → ΦcFind the normalized flow variable \((\tilde{\phi_f})\) at the face f as in the NVF approach.
The NVF approach does not rely on _____________
The Normalized Variable Formulation (NVF) is used to ___________

The Normalized Variable Formulation (NVF) is used to ___________

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