ILS KT 2013
Quiz yourself by thinking what should be in
each of the black spaces below before clicking
on it to display the answer.
Help!
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| Least amount of kinetic energy | BE Condensate
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| KE is great enough to pull away particles, but not all they way | Liquid
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| Attracted to magnetic fields | Plasma
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| Enough KE to overcome attraction | gases
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| Found in fluorescent lights | plasma
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| Particles not longer move at this point | absolute zero
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| Theory that states that all particles are moving | kinetic theory
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| Explains a general set of observations | law
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| Measurement of the average speed of the particles | temperature
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| Measurement of the total speed of the particles | heat
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| Most of the matter in the universe is | plasma
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| Matter in this form "clumps" together | BE condensate
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| Force applied over a distance | Work
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| Ability to do work | Energy
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| Energy in motion | Kinetic energy
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| Pressure makes particles move | faster
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| Heating matter makes it move | faster
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| Solids have less energy than | liquids, gases, and plasma
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| BE Condensate has less energy | than all states of matter
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| Plasma has more energy | than all states of matter
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| Liquid has more energy | than BE and Solids
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| Liquids have less energy | than gases and plasma
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| Gases have more energy | than BE, Solids, liquids
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| Gases have less energy | than plasma
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| Plasma is on Earth as | ball lightning, fire, auroras
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| When temp is constant, and volume and pressure are inversely proportional | Boyle's Law
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| When Pressure is constant and volume and temperature are directly proportional | Charles's Law
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| When volume is constant and pressure and temperature are directly proportional | Gay-Lussac's Law
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| Stepping on a balloon decreases volume and increases pressure | Boyle's Law
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| Heating the air in a hot air balloon makes the gases expand | Charles's law
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| Throwing an aerosol bottle into a fire makes the pressure rise | Gay-Lussac's law
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| Gas to liquid | condensation
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| gas to solid | deposition
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| solid to gas | sublimation
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| solid to liquid | melting
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| liquid to solid | freezing
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| liquid to gas | evaporation
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| Kinetic energy does what between phase changes? | increases when melting, evaporating or sublimation
decreases in deposition, condensation, freezing
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| indefinite shape indefinite volume | gas
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| indefinite shape definite volume | liquid
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| definite shape definite volume | solid
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| When particles of a gas move faster in a containter | they exert more pressure on the inside of that container
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| force over an area | pressure
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| Least amount of kinetic energy | BE Condensate
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| KE is great enough to pull away particles, but not all they way | Liquid
🗑
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| Attracted to magnetic fields | Plasma
🗑
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| Enough KE to overcome attraction | gases
🗑
|
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| Found in fluorescent lights | plasma
🗑
|
||||
| Particles not longer move at this point | absolute zero
🗑
|
||||
| Theory that states that all particles are moving | kinetic theory
🗑
|
||||
| Explains a general set of observations | law
🗑
|
||||
| Measurement of the average speed of the particles | temperature
🗑
|
||||
| Measurement of the total speed of the particles | heat
🗑
|
||||
| Most of the matter in the universe is | plasma
🗑
|
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| Matter in this form "clumps" together | BE condensate
🗑
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| Force applied over a distance | Work
🗑
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| Ability to do work | Energy
🗑
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| Energy in motion | Kinetic energy
🗑
|
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| Pressure makes particles move | faster
🗑
|
||||
| Heating matter makes it move | faster
🗑
|
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| Solids have less energy than | liquids, gases, and plasma
🗑
|
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| BE Condensate has less energy | than all states of matter
🗑
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| Plasma has more energy | than all states of matter
🗑
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| Liquid has more energy | than BE and Solids
🗑
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| Liquids have less energy | than gases and plasma
🗑
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| Gases have more energy | than BE, Solids, liquids
🗑
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| Gases have less energy | than plasma
🗑
|
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| Plasma is on Earth as | ball lightning, fire, auroras
🗑
|
||||
| When temp is constant, and volume and pressure are inversely proportional | Boyle's Law
🗑
|
||||
| When Pressure is constant and volume and temperature are directly proportional | Charles's Law
🗑
|
||||
| When volume is constant and pressure and temperature are directly proportional | Gay-Lussac's Law
🗑
|
||||
| Stepping on a balloon decreases volume and increases pressure | Boyle's Law
🗑
|
||||
| Heating the air in a hot air balloon makes the gases expand | Charles's law
🗑
|
||||
| Throwing an aerosol bottle into a fire makes the pressure rise | Gay-Lussac's law
🗑
|
||||
| Gas to liquid | condensation
🗑
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| gas to solid | deposition
🗑
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| solid to gas | sublimation
🗑
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| solid to liquid | melting
🗑
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| liquid to solid | freezing
🗑
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| liquid to gas | evaporation
🗑
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| Kinetic energy does what between phase changes? | increases when melting, evaporating or sublimation
decreases in deposition, condensation, freezing
🗑
|
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| indefinite shape indefinite volume | gas
🗑
|
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| indefinite shape definite volume | liquid
🗑
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| definite shape definite volume | solid
🗑
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| When particles of a gas move faster in a container | they exert more pressure on the inside of that container
🗑
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| force over an area | pressure
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Created by:
evroman
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