(1) Solve heat equation with respect to the initial and boundary
conditions
∂y/∂t=∂^2y/∂^2x^2, 0<x<1, t>0.
y(0,x)=0, ∂y/∂x(t,0)=0, y(t,1)=sin(wt)
(2) Compute y(t,0) as w tends to infinity
(1) Solve heat equation with respect to the initial and boundary conditions ∂y/∂t=∂^2y/∂^2x^2, 00. y(0,x)=0, ∂y/
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answerhappygod
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(1) Solve heat equation with respect to the initial and boundary conditions ∂y/∂t=∂^2y/∂^2x^2, 00. y(0,x)=0, ∂y/
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