Problem 6: Two spherical conductors of radii a and b (b > a). The sphere of radius r = a is held at a = potential f(0),

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Problem 6 Two Spherical Conductors Of Radii A And B B A The Sphere Of Radius R A Is Held At A Potential F 0 1 (82.47 KiB) Viewed 24 times

Hello, I need the solution with the detailed steps for the above attached question.
The answer to be using the method mentioned in the above question which is mathematically not physical answer like the one below

Problem 6 Two Spherical Conductors Of Radii A And B B A The Sphere Of Radius R A Is Held At A Potential F 0 2 (113.71 KiB) Viewed 24 times

Problem 6: Two spherical conductors of radii a and b (b > a). The sphere of radius r = a is held at a = potential f(0), and the sphere of radius r = b is held at a potential g(0). The problem of the potential between the two spheres, denoted by u(r,(), can be described by d2u a<r<b, 0 << 2 au 1 a2u coto au + + ar2 + r dr p2 202 2 де ur, 0) is finite, u(r, 7) is finite, u(a,0) = f(0), = u(1,0) = g(0). Solve it.
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