Sketch a graph the depicts the scenario below (be sure to label the y-axis with important values) AND calculate the heat (in kJ ) required to heat 75g of ice from 25C to steam at 125C. (Heat of fusion wate = 334J/g; Heat of vaporization watef =2260J/g;C,wwtef=4.184J/gC;Cvice=2.03J/gC;Cststenm=2.09J/gC) (Tro 12.92) Draw a heating curve (Temperature vs, head added) AND calculate the exergy needed to heat 1mol of benzene beginning at 0C and ending at 100C. Assume that the values given here are constant over the relevant temperature ranges. Phase Diagrams are graphs that depict the phase of a material based on conditions, specifically Pressure and Temperature. Below is the phase diagram for water. Consider points B and C, what is same about those points, defining the 'normal' part of a freezing or boiling point. Consider (s), (1) and (g) as phases. Which phase would you expect to be located in an area of high pressure and low temperature? Label that area on the graph. Which phase would you expect to be located in an area of low pressure and high temperature? Label that area on the graph. Figure from: https://courses.lumenlearning.com/ (accessed 2/4/2021) What does the line from A-D represent with regards to phases? (i.e. what happens if conditions cross that line from left to right? Consider the same for the line from A-E? (Tro 12.74) Consider the phase diagram for iodine shown here. a. What is the normal boiling point for iodine? b. What is the melting point for iodine at 1 atm? c. What state is present at room temperature and normal atmospheric pressure? d. What state is present at 186C and 1.0 atm