A) The reaction between polymer chains
B) The arrangement of different polymer phases in a blend
C) The measurement of polymer viscosity
D) The process of mixing two polymers together

A) Temperature and pressure only
B) Composition, processing conditions, and thermodynamics
C) Environmental factors and humidity
D) Polymer chain length and color

A) Partially dissolved polymers
B) Distinct regions of each polymer phase in the blend
C) A single homogeneous polymer structure
D) Gas bubbles trapped in the polymer

A) They are only aesthetic features
B) They have no impact on the material
C) They determine the properties and performance of the material
D) They make the material more expensive

A) One polymer forms small droplets in the other
B) The polymer chains break down into monomers
C) The polymers form separate layers
D) Both polymers form continuous phases throughout the blend

A) Faraday's law of electrolysis
B) Newton's laws of motion
C) Boyle's law
D) Flory-Huggins theory

A) Can lead to different phase arrangements and sizes
B) No impact on microstructures
C) Changes the polymer color
D) Makes the polymers more flexible

A) Polymers that do not mix and form distinct phases
B) Polymers that evaporate during blending
C) Polymers that completely dissolve in each other
D) Polymers that bond together strongly

A) Increase the polymer crystallinity
B) Stabilize the microstructures
C) Lead to changes in the distribution and morphology of phases
D) Prevent any changes in the blend