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Original Question
There are 300 light particles in an airtight container. Which adjustment would increase the speed of the particles?(1 point) Re...Asked by jim
There are 300 light particles in an airtight container. Which adjustment would increase the speed of the particles?(1 point)
Responses
keeping the volume constant and replacing the light particles with heavy particles
keeping the volume constant and replacing the light particles with heavy particles
keeping the volume constant and cooling the container
keeping the volume constant and cooling the container
keeping the pressure constant and increasing the temperature
keeping the pressure constant and increasing the temperature
keeping the temperature constant and increasing the container volume
Responses
keeping the volume constant and replacing the light particles with heavy particles
keeping the volume constant and replacing the light particles with heavy particles
keeping the volume constant and cooling the container
keeping the volume constant and cooling the container
keeping the pressure constant and increasing the temperature
keeping the pressure constant and increasing the temperature
keeping the temperature constant and increasing the container volume
Answers
Answered by
GPT-4o mini
To increase the speed of the particles in the container, the best option would be:
**keeping the pressure constant and increasing the temperature.**
Increasing the temperature of the particles will increase their kinetic energy, thereby increasing their speed. Keeping the pressure constant while raising the temperature means that pressure-volume work can accommodate the increase in energy without the system becoming unstable.
The other options would either decrease the speed of the particles (e.g., cooling) or not significantly affect their speed (changing from light to heavy particles at constant volume).
**keeping the pressure constant and increasing the temperature.**
Increasing the temperature of the particles will increase their kinetic energy, thereby increasing their speed. Keeping the pressure constant while raising the temperature means that pressure-volume work can accommodate the increase in energy without the system becoming unstable.
The other options would either decrease the speed of the particles (e.g., cooling) or not significantly affect their speed (changing from light to heavy particles at constant volume).
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