please help me fill in this graph.

Ar-aluwa and annotate the sample graph (not for cyclohexane) following the instructions below. A. On the graph above, use a straight edge to: - Draw best-fit lines through the pre-freezing, freezing, and post-freezing regions for the solvent. - Draw best-fit lines through the pre-freezing and freezing regions for the solution. B. For both the pure solvent and the solution: - circle the point of intersection of the best-fit lines for the pre-freezing and the freeting regions. - use a straight-edge to draw horizontal tie-lines from the intersection point to the y-axis - circle the point at which the horizontal tie-line crosses the y-axis place a label near each indicating "FP of pure" or "FP of solution" as is appropriate. under the label, write the value of the freecing temperature fo one decimal place and Ar-aluwa and annotate the sample graph (not for cyclohexane) following the instructions below. A. On the graph above, use a straight edge to: - Draw best-fit lines through the pre-freezing, freezing, and post-freezing regions for the solvent. - Draw best-fit lines through the pre-freezing and freezing regions for the solution. B. For both the pure solvent and the solution: - circle the point of intersection of the best-fit lines for the pre-freezing and the freeting regions. - use a straight-edge to draw horizontal tie-lines from the intersection point to the y-axis - circle the point at which the horizontal tie-line crosses the y-axis place a label near each indicating "FP of pure" or "FP of solution" as is appropriate. under the label, write the value of the freecing temperature fo one decimal place and