Question: 2) In class, we consider applying finite difference methods to the heat equation and numerically determine a stability criteria relating the spatial and temporal stepsizes.

 2) In class, we consider applying finite difference methods to the

heat equation and numerically determine a stability criteria relating the spatial andtemporal stepsizes. Here you do likewise with the wave equation. Apply a

2) In class, we consider applying finite difference methods to the heat equation and numerically determine a stability criteria relating the spatial and temporal stepsizes. Here you do likewise with the wave equation. Apply a central difference approximation to obtain a discrete version of the wave equation utt=c2uxx on the interval 100

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