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|Young's modulus=20 |Shear modulus=7.4

| [[Young's modulus]] (E) ...or [[fibre reinforced plastic|fibers]], it becomes significantly [[Young's modulus|stiffer]] and more durable. This glass-filled plastic, in a semi-crystallin

...through various physical forces. At the macro-scale, they describe how the bulk polymer interacts with other chemicals and solvents. ...lide past one another by altering intermolecular forces, in turn affecting bulk physical polymer properties. Long chain branches may increase polymer stren

| style="background-color:lightgrey; text-align:left" | [[Young's modulus]] ...dic table]]. They are easily oxidized, this reaction is slowed down in the bulk metal by the formation of stable oxide layers on the surface. Especially th

...ne) allows the polystyrene chains to slide along each other, rendering the bulk system flexible and stretchable. The ability of the system to be readily |[[Young's modulus]] (''E'')

|Young's modulus= 447 |Shear modulus= 173

|Young's modulus=211 |Shear modulus=82

|Young's modulus=198 |Shear modulus=

|Young's modulus=8 |Shear modulus=

|Young's modulus=279 |Shear modulus=115

|Young's modulus= 50 |Shear modulus= 19

|Young's modulus=287 |Shear modulus=132

|Young's modulus= |Shear modulus=

|Young's modulus= |Shear modulus=

|Young's modulus= 16 |Shear modulus= 5.6