| Question 1: Particles with different mass have different velocity distributions, but the average kinetic energy is the same because of the ________. | |||
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| Question 2: In statistical physics, it is shown that the thermodynamic definition of temperature can be interpreted as a measure of the average energy in each degree of freedom of the particles in the ________. | |||
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Question 3: In the case of a monoatomic gas, the ________ is: |
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| Question 4: By definition, absolute zero is a temperature of precisely 0 ________ (−273.15 °C or −459.68 °F). | |||
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| Question 5: Temperature is an intensive property of a system, meaning that it does not depend on the system size, the amount or type of material in the system, the same as for the pressure and ________. | |||
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| Question 6: A thermometer far away from the Solar system still receives ________. | |||
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| Question 7: At absolute zero, matter contains no ________. | |||
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| Question 8: However, for some systems and specific definitions of temperature, it is possible to obtain a ________, which is numerically less than absolute zero. | |||
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| Question 9: One application of this effect is the incandescent light bulb, in which a tungsten filament is ________ heated to a temperature at which significant quantities of visible light are emitted. | |||
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| Question 10: A heat engine is a device for converting heat into mechanical work and analysis of the ________ provides the necessary relationships. | |||
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