Preview - Kinetic Molecular Theory

Modeling Temperature and Volume of a Gas

In lesson 2, we concluded that hot particles move faster than colder ones. We reviewed a model of that movement shown below:

This model shows faster moving particles drawn with longer arrows than those that are moving more slowly.

Use this same convention of shorter arrow = colder particles, and longer arrow = hotter particles to complete the model below.

Questions

Please answer the questions below.

The image below shows a balloon inside at room temperature (23°C). Draw a model of this same balloon if it were taken outside in the middle of January in Chicago (0°C). Draw your model on any paper you have, then take a photo of your model and email it to yourself so you can upload that image.

Upload files that are less than 5MB in size.
File Delete

The image below shows a balloon inside at room temperature (23°C). Draw a model of this same balloon if it were taken outside in the middle of August in Chicago (37°C). Draw your model on any paper you have, then take a photo of your model and email it to yourself so you can upload that image.

Upload files that are less than 5MB in size.
File Delete

Notes

These notes will appear on every page in this lesson so feel free to put anything here you'd like to keep track of.