Two thin metallic spherical shells of (r₁ r₂) are placed with their centre A material of thermal conductivity the space between the shells. The maintained at temperature 0₁ and the
Two thin metallic spherical shells of (r₁ r₂) are placed with their centre A material of thermal conductivity the space between the shells. The maintained at temperature 0₁ and the
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![Two thin metallic spherical shells of radii r, and r₂
(r₁ < 1₂) are placed with their centres coinciding.
A material of thermal conductivity K is filled in
the space between the shells. The inner shell is
maintained at temperature 0₁ and the outer shell at
temperature 0₂(0₁ <0₂). The rate at which heat
flows radially through the material is :-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa37082dd-7458-4b0c-9434-1d9073afdad2%2F2c81fef6-c038-42fc-8e4d-59a2187cf270%2F75sviv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two thin metallic spherical shells of radii r, and r₂
(r₁ < 1₂) are placed with their centres coinciding.
A material of thermal conductivity K is filled in
the space between the shells. The inner shell is
maintained at temperature 0₁ and the outer shell at
temperature 0₂(0₁ <0₂). The rate at which heat
flows radially through the material is :-
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