300270240210Gap: 2"Width: 0.125"180Thickness: 0.125"150120906030POSITION, In.050.100.150.200.250.300350400450.500 Attach is the tensile diagram of polymer obtained during Lab 4. Based onthe dimension and information provided, calculate the following properties:a. Yield point (Ib) and yield stress (psi)b. Elongation at yield (%)c. Modulus of elasticity, psid. Break point (lb) and break stress (psi)e. Elongation at break (%)

A tensile diagram of polymer is given whose dimensions are, Gap Length: L=2"Width: w=0.125"Thickness: t=0.125" (a) Calculate Yield point (lb) and yield stress (psi): The yield point: F=258 lband corrsponding position is, x=0.105" Yield stress, σy=FA=Fwtσy=2580.125×0.125σy=16512 psi(b) Elongation at yield %: Elongation at yield (%), ε=xL×100 %ε=0.1052×100 %ε=5.25 % (c) Modulus of elasticity: Calculate stress within the proportional limit, σ=FA=FwtAt F=150 lb, x=0.05"σ=1500.125×0.125σ=9600 psiε=xL=0.052ε=0.025Young's Modulus, E=σεE=96000.025E=384000 psiE=384 ksi(d) Breakpoint and break stress: The yield point: F=249 lband corrsponding position is, x=0.115" Yield stress, σb=FA=Fwtσb=2490.125×0.125σb=15936 psi (e) Elongation at break (%) : Elongation at break (%), ε=xL×100 %ε=0.1152×100 %ε=5.75 %