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Matter (Changes in the states of Matter (Causes (Temperature (0 Kelvin (KE…

- - - - Changes the KE of the particles
      - 0 Kelvin
        
        KE of the particles becomes zero
      - states of matter respond to change in temperature
    - - Compresses particles
        
        Application
      - Interparticle space changes
- - - - Definite shape, volume, mass
      - Force of attraction between particles is max
      - Less intermolecular space
      - Structure
        
        Crystalline
        
        Lattice
        
        Arrangement of Molecules in the crystalline substance
        
        Amorphous
    - - More intermolecular space
      - fixed volume and mass
      - less force of attraction between particles
      - takes the shape of the container
      - Particles have more kinetic energy
      - Compressibility
        
        More compressible than solids and less compressible than gasses
      - The particles can slide over each other
        
        Liquids being fluidic in nature
      - Density
        
        more than gas and less than solids
      - Rate of diffusion is faster in comparison to solids
    - - Most intermolecular/inter-particle space
      - Most kinetic energy
      - Force of attraction between particles is the least
      - least dense
      - Easily compressed
      - Rate of diffusion is the fastest
      - Fluidic in nature, slide/fly past each other
      - Don't have a definite shape, take the shape of the container
        
        They do not have a definite volume