9.6.3 An Example To illustrate the use of the technique given in the previous section, consider the STDE +1+ y(2) = 0, (9.297) 4x2 (see equation (9.263)). For this case, 1 f(x) = 1+ 4x2 (9.298) and its discretization is fk = f(xk) = f(hk) 1 = 1+ (9.299) %3D 4h²k2 ° Using the Mickens-Ramadhani finite difference discretization, we obtain 1/27 2 cos (hVfk) 1 1+ 4h²k2 Yk+1 + Yk-1 Yk = 2 Cos |h Yk, (9.300) and this gives for ok the expression 1/27 V fk) 1 1 + 4h?k2 Ok = COS = cos Th (9.301)
9.6.3 An Example To illustrate the use of the technique given in the previous section, consider the STDE +1+ y(2) = 0, (9.297) 4x2 (see equation (9.263)). For this case, 1 f(x) = 1+ 4x2 (9.298) and its discretization is fk = f(xk) = f(hk) 1 = 1+ (9.299) %3D 4h²k2 ° Using the Mickens-Ramadhani finite difference discretization, we obtain 1/27 2 cos (hVfk) 1 1+ 4h²k2 Yk+1 + Yk-1 Yk = 2 Cos |h Yk, (9.300) and this gives for ok the expression 1/27 V fk) 1 1 + 4h?k2 Ok = COS = cos Th (9.301)
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 64E
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