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When a substance changes state, thermal energy
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
The lowest possible temperature is
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
If the particles of two substances have the same average kinetic energy, then HOTs1
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
Heat breaks and creates bonds between particles in a
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
Which of the following is NOT a common state of matter?
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
The transfer of thermal energy through a substance by direct contact is called
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
Railroad tracks have gaps between the rails so that they will not buckle in hot weather because of
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
The boiling point of water on the Fahrenheit, Celsius, and Kelvin scales is, respectively,
thermal conduction.
0 K.
changes the arrangement of particles in the substance.
the substances have equal temperatures
thermal expansion.
superfluid
212В°F, 100В°C, and 373 K.
change of state.
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