Q3. (a) (b) For the following boundary value problem, use CTCS scheme with Ax = 0.1...

 

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Q3. (a) (b) For the following boundary value problem, use CTCS scheme with Ax = 0.1 to approximate u (5.0.2) u (1.0.2) and u (2,0.2). 5 2²u Ju for d1² dx² u(0, t) = u(x,t) = 0 u(x,0) = sin (2x), 0<x<T, t> 0 for 120 du (x,0) = x-x for 0<x<T Ət BIS 元 At = Regression methods were used to analyze the data from a study investigating the relationship between roadway surface temperature (x) and pavement deflection (y). Summary quantities were n = 20, 2x = 1484, Σy = 13.92, Σ.x2 = 113478, Σy = 10.181 and Exy = 1041.7. Find the value of the linear correlation coefficient. Q3. (a) (b) For the following boundary value problem, use CTCS scheme with Ax = 0.1 to approximate u (5.0.2) u (1.0.2) and u (2,0.2). 5 2²u Ju for d1² dx² u(0, t) = u(x,t) = 0 u(x,0) = sin (2x), 0<x<T, t> 0 for 120 du (x,0) = x-x for 0<x<T Ət BIS 元 At = Regression methods were used to analyze the data from a study investigating the relationship between roadway surface temperature (x) and pavement deflection (y). Summary quantities were n = 20, 2x = 1484, Σy = 13.92, Σ.x2 = 113478, Σy = 10.181 and Exy = 1041.7. Find the value of the linear correlation coefficient.

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a Approximate u 5 02 and u 5 2 02 u50206280 u52020 The CTCS scheme is an ... View the full answer