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repository:phase_changes [2020/09/29 16:59] porcaro1 [Answer Key] |
repository:phase_changes [2020/09/29 17:04] porcaro1 [Activity] |
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- Do you think the movement of all particles is the same for all substances given the same energy? For example, should a particle of hydrogen (mass = 1.01 amu) move at the same velocity as a particle of nitrogen (mass = 14.01 amu) for a given temperature? | - Do you think the movement of all particles is the same for all substances given the same energy? For example, should a particle of hydrogen (mass = 1.01 amu) move at the same velocity as a particle of nitrogen (mass = 14.01 amu) for a given temperature? | ||
- | - What are some of the key equations you would need t model the movement of the particles? | + | - What are some of the key equations you would need to model the movement of the particles? |
- Which variables are constants and which can change? | - Which variables are constants and which can change? | ||
- How could we show different movement for different types of substances? | - How could we show different movement for different types of substances? | ||
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==Pre-Coding Questions Part 2== | ==Pre-Coding Questions Part 2== | ||
- | - Insert Graph | + | - {{:repository:heating_curve.jpg?nolink&600|}} |
- The first plateau is where the matter melts (goes from solid to liquid) or freezes (goes from liquid to solid). Likewise, the second plateau is where the matter boils/vaporizes (goes from liquid to gas) or condenses (goes from gas to liquid) | - The first plateau is where the matter melts (goes from solid to liquid) or freezes (goes from liquid to solid). Likewise, the second plateau is where the matter boils/vaporizes (goes from liquid to gas) or condenses (goes from gas to liquid) | ||
- See graph and previous answer | - See graph and previous answer |