2. As a cutting-edge researcher developing new materials, you are manufacturing a new type of low conductivity metal cable. The material for this cable is called MaterialX (kmax=0.01W/mK), and it is placed within a cylindrical shell which you use as a mold. The mold has a thickness of 1mm, an inner radius of 10mm, a length of 1m, and a thermal conductivity (Kmois) of 0.33W/mK. A device for focusing energy is applied to yield a uniform heat generation rate (q) of 25,000W/m3 only within materialX. The entire mold is submerged in water with a temperature of 15C and a convection coefficient (h) of 1000W/m2K. The process succeeds if the temperature throughout material is between 100C and 200C. a. Assuming 1D heat transfer in the radial direction, determine the steady state temperature profile through MaterialX. b. Does the process succeed