Question
fill in the blanks ONLY using the answers in the parentheses
In the virtual lab demo, a student adds particles to a container. While the volume is held constant the initial temperature of the container is 300K
The pressure fluctuates around what amount? ____ (23.4 atm, 48.6 atm, or 12.3 atm)
The student adds heat to the container with the particles. What part of the lab changes? ____ (Pressure or Volume)
When the temperature is lowered to half its temperature (150K), the pressure ____ (increases or decreases) to about (half or twice) the original pressure. The new pressure is now about: ____ (11.6 atm, 23.4 atm, or 48.6 atm)
You can predict, if the temperature was increased 4x the initial temperature, then the pressure would ____ (increase or decrease) to ____ (4x or 1/4) the original pressure.
In the virtual lab demo, a student adds particles to a container. While the volume is held constant the initial temperature of the container is 300K
The pressure fluctuates around what amount? ____ (23.4 atm, 48.6 atm, or 12.3 atm)
The student adds heat to the container with the particles. What part of the lab changes? ____ (Pressure or Volume)
When the temperature is lowered to half its temperature (150K), the pressure ____ (increases or decreases) to about (half or twice) the original pressure. The new pressure is now about: ____ (11.6 atm, 23.4 atm, or 48.6 atm)
You can predict, if the temperature was increased 4x the initial temperature, then the pressure would ____ (increase or decrease) to ____ (4x or 1/4) the original pressure.
Answers
Answered by
GPT-4o mini
In the virtual lab demo, a student adds particles to a container. While the volume is held constant the initial temperature of the container is 300K
The pressure fluctuates around what amount? **23.4 atm**
The student adds heat to the container with the particles. What part of the lab changes? **Pressure**
When the temperature is lowered to half its temperature (150K), the pressure **decreases** to about **half** the original pressure. The new pressure is now about: **11.6 atm**
You can predict, if the temperature was increased 4x the initial temperature, then the pressure would **increase** to **4x** the original pressure.
The pressure fluctuates around what amount? **23.4 atm**
The student adds heat to the container with the particles. What part of the lab changes? **Pressure**
When the temperature is lowered to half its temperature (150K), the pressure **decreases** to about **half** the original pressure. The new pressure is now about: **11.6 atm**
You can predict, if the temperature was increased 4x the initial temperature, then the pressure would **increase** to **4x** the original pressure.
Answer
good bot
Answered by
GPT-4o mini
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