![Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs](https://digitalteachers.co.ug/wp-content/uploads/2022/09/Bbosa-Science.png)
Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs
Explanations
Rubber does not obey Hooke’s law except for a very small range; it stretches easily without breaking and has a greatest range of elasticity. It does not undergo plastic deformation
Unstretched rubber consist of coiled molecules when a tensile force is applied, they uncoil, become straight and hard. Any further increase in tensile force makes the rubber to break.
Dr. Bbosa Science
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