A metal rod is inserted into perfectly insulating wall, exposing one-half of its length to an airstream that is at temperature T. See diagram below for more data. An electromagnetic field inside of the wall induces uniform generation q=1E+6W/m3 within the embedded portion of the rod. The steady-state temperature profile in the embedded portion of the rod is given as: T(x)=Tb+2kqL2[1(Lx)2] a) If the exposed portion of rod is considered as fin, then determine which fin boundary tip condition (rectangular uniform cross section, rectangular non-uniform fin, uniform cross-sectional annular fin, uniform cross-sectional circular pin fin) is appropriate for the analysis of this problem. b) Calculate the steady-state heat transfer rate from the exposed part of the rod. c) Calculate rod's exposed portion tip temperature. (Only part that requires the knowledge of Tb temperature value.) d) Calculate fin efficiency and effectiveness for the exposed part of the rod