h. Predict the resistance to heat transfer due to the film along the inside of the vessel wall. As part of this estimate determine hi, the film coefficient at the inside wall of the vessel at an agitator speed of 1125rpm. Assume that the vessel temperature is at 40C and that the inside vessel-wall temperature is equal to the vessel temperature. Note: Estimates may vary due to the selection of the specific literature correlation for the calculation, as well as due to the source of the values of the physical properties.| Note: "Film coefficient" is another term for the individual heat-transfer coefficient h-refer to McCabe or to other introductory textbooks dealing with heat transfer