t=3 t=2 t=1 Consider the following differential equation governing temperature (T(y, t)) in a T T...

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t=3 t=2 t=1 Consider the following differential equation governing temperature (T(y, t)) in a ƏT ƏT 8²T + = Ət dy Əy² (5) Consider the computational grid shown in the figure for part of the duct. If TA = 1, TB = 0, To 2, Tp 3 and TG = 1, TH = 0, T = 2, find Tg and Te using Forward Euler for time (t) and centered differencing for space (y). Clearly indicate all steps. Box your answers. duct: C B A y=2 E D y=4 H y=6 t=3 t=2 t=1 Consider the following differential equation governing temperature (T(y, t)) in a ƏT ƏT 8²T + = Ət dy Əy² (5) Consider the computational grid shown in the figure for part of the duct. If TA = 1, TB = 0, To 2, Tp 3 and TG = 1, TH = 0, T = 2, find Tg and Te using Forward Euler for time (t) and centered differencing for space (y). Clearly indicate all steps. Box your answers. duct: C B A y=2 E D y=4 H y=6

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Step1 We need to discretize the given differential equation using Forwar... View the full answer