1.

What is the equivalent of ( C C)t+ t/2 using the second-order upwind Euler scheme for finite volume approach?

A. ( frac{3}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t</sup>+( <sub>C</sub> <sub>C</sub>)<sup>t- t</sup>
B. ( <sub>C</sub> <sub>C</sub>)<sup>t</sup>+ ( frac{1}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t- t</sup>
C. ( frac{3}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t</sup>+ ( frac{1}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t- t</sup>
D. ( frac{1}{2} )( <sub>C</sub> <sub>C</sub>)<sup>t</sup>+ ( frac{1}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t- t</sup>
Answer» D. ( frac{1}{2} )( <sub>C</sub> <sub>C</sub>)<sup>t</sup>+ ( frac{1}{2} ) ( <sub>C</sub> <sub>C</sub>)<sup>t- t</sup>


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