Im not sure about the rest 3 part A tensile test generates the stress-strain diagram shown here.Stress (MPa)600500400300200100O0.00Stress (MPa)0.0450040030020010000.0000.08Strain0.002 0.004Young's modulus numeric value equal toYoung's modulus value obtain fromYield strength value obtain fromYield strength numeric value equal toAssume a tensile specimen was originally 10cm long with 2 cm x 2 cm square shape cross section.Tensile strength numeric value equal toTensile strength value obtain fromStrain0.120.00610.160.20The change in sample length while a stress of 480 MPa is applied to a tensilespecimen200 GPaslope of linear part of t400MPadraw a line from 0.002 v[Choose ][ Choose ][Choose ] [Choose ]510 MPa0.20 mdraw a line from 0.002 strain parallel to linear portion of the plot and intercept the plot400 MPanot changeslope of linear part of the plotmaximum strain510 GPa200 MPafinal fracture point of the curve300 GPadraw a line from 0.002 strain straight up (parallel to y axis) and intercept the plot300 MPa200 GPa0.1850.110400 GPalinear portion shift to curve line0.20 mm4

In this problem, it is asking about the last 3 sub-parts.

A tensile test generates the stress-strain diagram shown here. 600 Stress (MPa) 500 400 300 200 100 T 0 0.00 Stress (MPa) 0.04 500 400 300 200 100 0.000 0.08 Young's modulus numeric value equal to Young's modulus value obtain from 0.002 0.004 Yield strength numeric value equal to Yield strength value obtain from Strain Assume a tensile specimen was originally 10 cm long with 2 cm x 2 cm square shape cross section. Tensile strength numeric value equal to Tensile strength value obtain from Strain 0.12 0.006 0.16 0.20 The change in sample length while a stress of 480 MPa is applied to a tensile specimen 200 GPa slope of linear part of tl ✓ 400 MPa draw a line from 0.002 ✓ [Choose ] [Choose ] [Choose ] < <