acircular cross section ity p and carries a e current to be coming Part G oss-sectional view of the the page.) Use the results in parts (e) and (f) to find the rate of flow of energy into the volume occupied by a length / of the conductor. (Hint: Integrate S over the surface of this volume.) Express your answer in terms of some or all of the variables I, a, p, l, and constants ko, co, T. 0 0 ? P= Submit Request Answer Part H Compare your result to the rate of generation of thermal energy in the same volume. IVO ? P / PR = Submit Request