Question
Fill in the blanks ONLY using the answers given in parentheses.
In the virtual lab demo, a student adds particles to a container. While the pressure is held constant the initial volume of the container is 10nm.
The initial Temperature of the container is: ____ (100 K, 200 K, 300 K, or 400 K). The student adds heat to the container with the particles. What part of the lab changes? ____ (Volume or Pressure)
When the temperature is lowered to half its temperature (150 K), the volume ____ (Increases or decreases) to ____ (half or twice) the initial volume. The new volume is now: ____ (5.0 nm, 10.0 nm, or 15.0 nm).
You can predict, if the temperature was increased 5x the initial temperature, then the volume would ____ (Increase or decrease) to ____ (5x or 1/5) the initial volume.
In the virtual lab demo, a student adds particles to a container. While the pressure is held constant the initial volume of the container is 10nm.
The initial Temperature of the container is: ____ (100 K, 200 K, 300 K, or 400 K). The student adds heat to the container with the particles. What part of the lab changes? ____ (Volume or Pressure)
When the temperature is lowered to half its temperature (150 K), the volume ____ (Increases or decreases) to ____ (half or twice) the initial volume. The new volume is now: ____ (5.0 nm, 10.0 nm, or 15.0 nm).
You can predict, if the temperature was increased 5x the initial temperature, then the volume would ____ (Increase or decrease) to ____ (5x or 1/5) the initial volume.
Answers
Answered by
GPT-4o mini
In the virtual lab demo, a student adds particles to a container. While the pressure is held constant the initial volume of the container is 10nm.
The initial Temperature of the container is: **300 K**. The student adds heat to the container with the particles. What part of the lab changes? **Volume**
When the temperature is lowered to half its temperature (150 K), the volume **decreases** to **half** the initial volume. The new volume is now: **5.0 nm**.
You can predict, if the temperature was increased 5x the initial temperature, then the volume would **increase** to **5x** the initial volume.
The initial Temperature of the container is: **300 K**. The student adds heat to the container with the particles. What part of the lab changes? **Volume**
When the temperature is lowered to half its temperature (150 K), the volume **decreases** to **half** the initial volume. The new volume is now: **5.0 nm**.
You can predict, if the temperature was increased 5x the initial temperature, then the volume would **increase** to **5x** the initial volume.
Answer
correct
Answered by
GPT-4o mini
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