Section 10.1 Physical Behavior of Matter

Practice Test
      
  1.______________ is a model of gas behavior that is valid over a wide range of conditions.  
  a.   An ideal gas  
  b.   The gas hypothesis  
  c.   Volume  
  d.   Pressure  
  Hint    
      
  2.A _________ is a flowing, compressible state of matter that has no definitie shape or volume.  
  a.   gas  
  b.   liquid  
  c.   solid  
  d.   plasmoid  
  Hint    
      
  3.For most substances, which physical state has the highest density?  
  a.   gas  
  b.   liquid  
  c.   solid  
  d.   water  
  Hint    
      
  4.The constant, random motion of tiny chunks of matter is called _________________.  
  a.   Brownian motion  
  b.   linear motion  
  c.   parabolic trajectory  
  d.   kinetic motion  
  Hint    
      
  5.The _______________ states that the submicroscopic particles of all matter are in constant, random motion.  
  a.   atomic theory  
  b.   Brownian law  
  c.   kinetic theory  
  d.   molecular hypothesis  
  Hint    
      
  6.Gas particles _______________ kinetic energy when they collide with other particles or the walls of their container.  
  a.   lose no  
  b.   lose some  
  c.   gain much  
  d.   gain some  
  Hint    
      
  7.When materials called _____________ melt, they lose their rigid organization in only one or two dimensions.  
  a.   liquid crystals  
  b.   solids  
  c.   liquids  
  d.   solid crystals.  
  Hint    
      
  8.___________ is the most common form of matter in the universe but the least common on Earth.  
  a.   Gas  
  b.   Liquid  
  c.   Plasma  
  d.   Solid  
  Hint    
      
  9.A solid that has no regular structure is said to be ____________.  
  a.   amorphous  
  b.   hexagonal  
  c.   crystalline  
  d.   cubic  
  Hint    
      
  10.According to the kinetic-molecular theory, which of these describes a gas?  
  a.   large particles in constant, random motion  
  b.   large particles far apart in uniform motion  
  c.   small particles in constant, random motion  
  d.   small particles far apart in uniform motion  
  Hint    

 
   
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