Please answer all parts!!! I need a very thorough description of steps taken, assumptions made, and explanations! Thank you immensely!

Problem 3 (20 points total) conductivity of each layer are shown in the tables. Shown below is the top view of a long cylinder of length L=8 meters. The dimensions and thermal Layer D: The center of the cylinder is a heater that transfers a heat flux d'acter = 380000 Wim at the surface with radiusThe temperature at the surface with radius ry is T=523 K. Layer C: A material with no generation. Layer B: A material with a generation term. The temperature Ty=625 K (taken at surface with radius rs). Layer A: A material with no generation. Fluid channel: Contains a fluid at T.=720 K and a h=400 W(mK). a a Fluid Chantal B Dimensions r1 = 0.015 m r2 = 0.02 m T3 = 0.04 m T4 = 0.048 m Is = 0.052 m Thermal Conductivity kc = 410 W/(mK). kg = 35 W/(mK) KA = 70 W/(mK) Answer: 530 K +oli tom Answer: 44 to win 1535 Answer: 16.046m) - 645K wim? Solve for the following (show all work-more space provided on following pages) (a) At steady state, find Tz (the temp. at the surface with radius ra). (6) Layer B volumetric heat generation term (a) in W/m.. (c) The temperature within the solid at radius r=0.046 meters. 2011 Suggestion: If you are short on time, do as much work as you can but leave constants unknown unless you have tried other problems. = G = GAAT= AT Rrutal Rease da (2) Giren: a = 9 2TTEL assume kit constant throughout 3 Cykhoer 380000 m2 AT ) AT C.015m) (8m) 795503991 w Riotal En-Eaxt Eng. Est effort: + 4/4 torrect approach port A+36 I 56 399w= T2-523k 1.03529= T2-523k ) T2=530k 21 (46 W/k) 18m) .95