Given below are the different specimens that will be tested in the practical session: Tensile testing of: Low Carbon (0.15%) steel 28.0 mm long x 5.0 mm diameter You will need to: Convert the force / displacement data to engineering stress vs engineering strain (2/10). Plot a graph and label axes (1/10). Determine the value of ultimate tensile stress (UTS), strain to failure and the Young's Modulus (E) and compare these values with those expected (look on CES, www.matweb.com, or other sources) (4/10). Comment on any reasons for differences between your values and those expected (3/10). 1 2345656 10 11 12 13. 14 15 16 17 18 19 20 21 22 23 2222 24 25 26 27 28 29 NOSA WNHOO 30 31 32 33 34 35 36 37 38 6 B & B 8600 39 40 41 42 43 44 45 46 47 48 49 A B Ext. (um) C Force (N) 545 21,66667 588 630 26,66667 673 31,66667 715 33,33333 758 36,66667 800 41,66667 843 46,66667 885 48,33333 928 25 55 971 56,66667 1013 61,66667 65 1056 1098 68,33334 1141 71,66666 1183 75 1226 78,33334 1269 81,66666 1311 85 1354 88,33334 1396 91,66666 1439 1481 98,33334 1523 100 1566 103,3333 1609 105 1652 108,3333 1694 110 1737 123,3333 1779 161,6667 1822 193,3333 1864 233,3333 1907 291,6667 95 1950 381,6667 1992 518,3333 2035 738,3333 2077 1018,333 2120 1366,667 2163 1758,333 2205 2218,333 2247 2723,333 2290 3246,667 2333 3813,333 2375 4396,667 2418 4991,667 2461 5608,333 2503 6235 2546 6861,667