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According to Charles’s law, when the temperature of a gas at constant pressure is increased, its
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
The resistance of a liquid to flowing is its
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
The change from liquid to solid, or the reverse of melting, is called
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
In which state of matter do the particles spread apart and fill all the space available to them?
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
A graph of Charles's Law shows the relationship between
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
An uncovered pot of soup is simmering on a stove, and there are water droplets on the wall above the back of the stove. What sequence can you infer has occurred?
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
Partiles of a liquid
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
According to Boyle's Law, when the pressure of a gas increases at constant temperature, it's volume
volume increases.
are free to move around one another but still touch.
freezing.
temperature and volume of a gas.
vaporization, then condensation
decreases,
viscosity.
gas
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