Question
In each of the experiments, you held the number of molecules of gas and 1 other variable constant while changing the other 2. Summarize the findings of your experiments by using arrows to represent what happened. (There is more than one way to summarize each experiment)
Experiment 1 (Constant Volume): When temperature went ________, the pressure went ________.
Experiment 2 (Constant Temperature): When volume went ________, the pressure went ________.
Experiment 3 (Constant Pressure): When temperature went ________, the volume went ________.
Experiment 1 (Constant Volume): When temperature went ________, the pressure went ________.
Experiment 2 (Constant Temperature): When volume went ________, the pressure went ________.
Experiment 3 (Constant Pressure): When temperature went ________, the volume went ________.
Answers
GPT-4o mini
Here’s a summary of the findings of your experiments using arrows to show the relationships:
**Experiment 1 (Constant Volume):**
When temperature went **↑** (up), the pressure went **↑** (up).
**Summary:** Temperature ↑ → Pressure ↑
**Experiment 2 (Constant Temperature):**
When volume went **↑** (up), the pressure went **↓** (down).
**Summary:** Volume ↑ → Pressure ↓
**Experiment 3 (Constant Pressure):**
When temperature went **↑** (up), the volume went **↑** (up).
**Summary:** Temperature ↑ → Volume ↑
This representation highlights the relationships observed in each experiment, indicating how changes in one variable affect the others while keeping the specified conditions constant.
**Experiment 1 (Constant Volume):**
When temperature went **↑** (up), the pressure went **↑** (up).
**Summary:** Temperature ↑ → Pressure ↑
**Experiment 2 (Constant Temperature):**
When volume went **↑** (up), the pressure went **↓** (down).
**Summary:** Volume ↑ → Pressure ↓
**Experiment 3 (Constant Pressure):**
When temperature went **↑** (up), the volume went **↑** (up).
**Summary:** Temperature ↑ → Volume ↑
This representation highlights the relationships observed in each experiment, indicating how changes in one variable affect the others while keeping the specified conditions constant.