Using the first two data sheets, can someone help me answer the last page for calculations

Data Sheet Literature value for the freezing point of cyclohexane: 6.5 Tabin a tima and Tammarstare Data for Cyclohavane Freezing point of pure solvent from graph (must show on graph): 6 Table 4. Time and Temperature for Solution Containing Unknown and Cyclohexane 1. Mass of beaker, test tube (g)=15.8.809 2. Freezing point, from cooling curve (C) Circle plateau on graph. =6C B. Freezing Point of Cyclohexane plus Unknown Solute: 1. Mass of beaker, test tube, cyclohexane (g)=164.862 2. Mass of cyclohexane: =11.006 3. Mass of added solute (g)=0.198 4. Freezing point, from cooling curve (C)=SC Circle on graph where lines intersect - identify graphs. CALCULATIONS On separate paper: (Please re-write the steps down when you show calculations, you must show calculations step by step) Show formula Insert #s Show answer. 2. Freezing point change, Tr(C)=TtrolventTfsolution Note: Treolvent \& Trsolution come from Graphs! Tfwent comes from Plateau. Trsolution comes from intersection - circle it and show it on graph. 3. Mass of cyclohexane in solution: gX(1kg/1000g)= Kg 4. Moles of solute: Tr=km Ti=kr(molsolute)kgsolventmol=(Ti)(kgsolvent)kr1,20.0Ckg/mol 5. Mass of solute in solution, TOTAL = 6. Molar mass of solute = Calc 5/Calc4(g/mol) 7. Average molar mass of solute