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2) Fin configurations ( 8pts ) (a) Heat flux prescribed on top surface. The tip is insulated. Determine T(x) (b) Moving fin in contact with

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2) Fin configurations ( 8pts ) (a) Heat flux prescribed on top surface. The tip is insulated. Determine T(x) (b) Moving fin in contact with stationary fin on bottom. Determine and simplify the governing differential equation for T(x). (Neglect the contact resistance between fins.) 2) Fin configurations ( 8pts ) (a) Heat flux prescribed on top surface. The tip is insulated. Determine T(x) (b) Moving fin in contact with stationary fin on bottom. Determine and simplify the governing differential equation for T(x). (Neglect the contact resistance between fins.)

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