B.C. IC Solve. Completely to the final form of the 200 Solution as a Fourier Series the heat equation boundary value problem. (homogeneous PDĚ, Neumann, non-homogeneous but constant B.C.) XE [L] L= 2₁ k = 4 + zo O 2u 24 u(x₂0) = 1 R 2²u 2 2 = 0 2x².10 ut Lond op u(0₁t) = 2 5 w not sand on : You dia u(L₁ t) = 2 MA 4 cole 9-115 VLAKNO RENCAN
B.C. IC Solve. Completely to the final form of the 200 Solution as a Fourier Series the heat equation boundary value problem. (homogeneous PDĚ, Neumann, non-homogeneous but constant B.C.) XE [L] L= 2₁ k = 4 + zo O 2u 24 u(x₂0) = 1 R 2²u 2 2 = 0 2x².10 ut Lond op u(0₁t) = 2 5 w not sand on : You dia u(L₁ t) = 2 MA 4 cole 9-115 VLAKNO RENCAN
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 44E
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