(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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Shows how the temperature changes as a substance is heated
Heating Curve
has no fixed volume or shape; spreads to fill its container
Gas
liquid to gas; at the boiling point
Boiling
gas to solid
Deposition
gas to liquid
Condensation
What kind of forces hold gas particles together
Almost No Forces
amount of space a substance occupies
Volume
has a fixed shape and volume; does not flow
Solid
liquid to solid
Freezing
Particles mix and spread by colliding with other moving particles, and bouncing off in all directions.
Diffusion
the temperature at which a solid substance melts
Melting Point
average amount of kinetic energy of particles
Temperature
solid to liquid
Melting
particles that consist of two or more atoms joined together
Molecules
The particles follow a zig-zag path, because they are being struck by tiny invisible particles.
Brownian Motion
how particles spread until they are evenly mixed
More Concentrated to Less Concentrated
The force a gas exerts over an area
Pressure
gaseous water
Water Vapor
solid water
Ice
particles in solids are arranged in this fixed pattern
Lattice
atoms or groups of atoms that carry a charge
Ions
very quickly, bouncing off in all directions, colliding with each other
How Gas Particles Move
Used pollen to discover particles moved around
Robert Brown
When you ________ a gas, or force its particles closer together, the particles are in a smaller space (volume) - so the gas pressure increases.
Compress
Shows how the temperature changes as a substance is cooled
Cooling Curve
flows easily; has a fixed volume, but its shape changes to that of the container
Liquid
the temperature at which a substance boils
Boiling Point
solid to gas
Sublimation
If you heat a gas the particles take in heat energy and move even faster. They hit the walls of the closed container more often, and with more force. So the gas pressure ________
Increases
liquid water
Water
particles move with this
Random Motion
how particles in a liquid move about
Slide Past Each Other
the smallest particles, that we cannot break down further in chemical reactions
Atoms
He explained the phenomenon that Robert Brown observed
Albert Einstein
the process in which a soluble substance forms a solution
Dissolving
liquid to gas; below its boiling point
Evaporation
movement that solid particles make
Vibrations
how the forces between particles in a liquid compare to a solid
Weaker
the temperature at which a liquid substance freezes
Freezing Point
