Please show step by step work for each part and explanations.

Steady state heat transfer occurs in the radial direction in a cylinder wall made of material A. At R1, a constant heat flux is applied radially, qr=800W/m2. At R2, the outside of the cylinder is exposed to convective cooling. The length of the rod in the axial direction is 2.000 meters. Details of the problem and thermophysical properties are shown in the sketch below. a) List appropriate assumptions to solve this problem using the resistance approach. b) Diaw a thermal circuit, labeling the resistances and the direction of heat transfer; c) Based on your specific value of heat flux, qr, determine the heat rate, qr (in units of Watts) at the inner i.cius of the cylinder, R 1 . d) Detextane the total resistance to heat transfer in units of K/W. e) Solve foi is ("C) f) Solve for TZ(C)