Thermodynamic
Thermal energy naturally flows from a body at
A) lower T to higher T
B) higher T to lower T
C) equal T to equal T
D) depends only on mass
Two systems are in thermal equilibrium when
A) they have equal masses
B) no net heat flows between them
C) pressures are equal
D) volumes are equal
The Zeroth Law of Thermodynamics allows us to define
A) heat
B) temperature
C) work
D) entropy
When A is in thermal equilibrium with B and B with C, then A and C are
A) never in equilibrium
B) in thermal equilibrium
C) at different temperatures
D) isolated
Heat is energy transfer due to
A) force
B) temperature difference
C) pressure difference
D) position change
Work is energy transfer that can be associated with
A) random molecular motion
B) ordered macroscopic motion (force through distance)
C) radiation only
D) conduction only
In conduction, thermal energy is transferred by
A) bulk motion of fluid
B) electromagnetic waves
C) molecular collisions within matter
D) chemical reaction
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