Question $9$

$2$ pts

Match the three polymers shown $($I$,$ II$,$ II$)$ to the three stress$-$strain curves shown $($A$,$ B$,$ C$).$ Assume the polymers have comparable molecular weight.

Note: Strain is the proportion of deformation $(\frac{\text{I}}{I_0})$ under an applied force; Stress is the force$/$pressure applied to deform the material. Stress$-$strain curves end where the material fails and breaks.Question $9$

$2$ pts

Match the three polymers shown $($I$,$ II$,$ II$)$ to the three stress$-$strain curves shown $($A$,$ B$,$ C$).$ Assume the polymers have comparable molecular weight.

Note: Strain is the proportion of deformation $(\frac{\text{I}}{I_0})$ under an applied force; Stress is the force$/$pressure applied to deform the material. Stress$-$strain curves end where the material fails and breaks.