Question: Show in detail how integration for the final answer was found, using the IC and BC's. The initial and boundary conditions are given by T(0,x2)=0,x2T(x1,0)=0,x2T(x1,1)=1T(x1,x2)=c0x1+f(x2)

Show in detail how integration for the final answer was found, using the IC and BC's.
Show in detail how integration for the final answer was found, using

The initial and boundary conditions are given by T(0,x2)=0,x2T(x1,0)=0,x2T(x1,1)=1T(x1,x2)=c0x1+f(x2) Substitution in the temperature equation leads to the following: dx22d2f=c0(1x22). Integration and using the boundary conditions gives T(x1,x2)=23x1+43(x226x24)+c2. The initial and boundary conditions are given by T(0,x2)=0,x2T(x1,0)=0,x2T(x1,1)=1T(x1,x2)=c0x1+f(x2) Substitution in the temperature equation leads to the following: dx22d2f=c0(1x22). Integration and using the boundary conditions gives T(x1,x2)=23x1+43(x226x24)+c2

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