c. You have now successfully completed the tensile test of your new material and the results are summarized below. The test specimen had a circular crosssection (diameter = 4 mm) and a gauge length of 100 mm. Using this data, answer the questions on the following page. Gauge Length (mm) Force (N) 100.00 0.0 100.04 15 15. 3 100.08 265 2. 6 100. 11 3789. 2 100. 14 4926.1 100.21 6820. 7 100.25 7957.6 100.29 947 3.4 100.33 9876.0 100.41 10195.3 100.51 103 89.5 100.58 10795.1 100.62 11023.2 100.69 11217.1 100.72 11334.\"! 100.77 10985.4 100.85 1075 1.3 i. Plot the stress-strain diagram of this material (use Excel or another suitable computer software). An Excel template with the data is provided on ICON. Label your graphs appropriately. ii. What is the elastic modulus of this material? Show your work. iii. What is the maximum stress you can apply to this material before it would fail? Consider plastic deformation as failure for this application. iv. What is the ultimate tensile strength of this material? v. What is the strain at the point of final fracture