This quantity divides a factor K and is subtracted by the maximum glass transition temperature in the Flory–Fox equation. This quantity and the radius of gyration can be measured by performing static light scattering experiments on polymers in a partial Zimm analysis. The square root of three times the ideal gas constant and temperature is divided by this quantity to find the root mean square velo
This quantity divides a factor K and is subtracted by the maximum glass transition temperature in the Flory–Fox equation. This quantity and the radius of gyration can be measured by performing static light scattering experiments on polymers in a partial Zimm analysis. The square root of three times the ideal gas constant and temperature is divided by this quantity to find the root mean square velocity of a molecule. The polydispersity index gives the ratio of the (*) weight average and number average forms of this quantity. This quantity is inversely related to the rate of effusion of a gas by Graham's law. Setting density times RT over the pressure in a manipulation of the ideal gas law gives this quantity. For 10 points, name this quantity, the sum of the atomic masses of a molecule.
This quantity divides a factor K and is subtracted by the maximum glass transition temperature in the Flory–Fox equation.
molecular weight [or molar mass; or molecular mass; prompt on mass; prompt on weight] &lt;SB, Chem&gt;