5. Use the substitution u(x.r) = X(x) T(1) and separation of varlables to solve the partlal differential equation U, = ur No boundary conditions are given. Take the separation constant as -a. Use the...


5. Use the substitution u(x.r) = X(x) T(1) and separation of varlables to solve the partlal differential<br>equation<br>U, = ur<br>No boundary conditions are given. Take the separation constant as -a. Use the same methods used<br>to determine the general solution to the heat equation as demonstrated in your notes and determine<br>the most general solution in terms of a.<br>

Extracted text: 5. Use the substitution u(x.r) = X(x) T(1) and separation of varlables to solve the partlal differential equation U, = ur No boundary conditions are given. Take the separation constant as -a. Use the same methods used to determine the general solution to the heat equation as demonstrated in your notes and determine the most general solution in terms of a.

Jun 05, 2022
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