Question: A hemisphere 0rb, 0 1 is initially at a temperature T = F(r,). For time t> 0, the boundary at the spherical surface r

A hemisphere 0rb, 0 1 is initially at a temperature T =

A hemisphere 0rb, 0 1 is initially at a temperature T = F(r,). For time t> 0, the boundary at the spherical surface r = b is maintained at zero temperature, and at the base =0 is perfectly insulated. Obtained an expression for the temperature distribution T(r,p,t) for time t >0.

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