Ley de Boyle-Mariotte Objectives 1. Analyze the variables that determine Boyle's law 2. Deduce the mathematical model from Boyle's law https://phet.colorado.edu/es/simulation/gas-properties overwhelms this link. Materials 1. Computer 2. Applet PhET - Properties of gases. 3. Ms office Excel or other spreadsheet Procedure 1. Enter http://phet.colorado.edu/es/ and type in the search engine properties of gases 2. In the Constant parameters option, check temperature 3. From the gas option in the chamber write 200 in the heavy type option. 4. Move the container slider as far to the left as possible 5. Select the ruler in the Measurement Tools option 6. Measures the length of the vessel (wait until the temperature stabilizes) and estimates the average pressure Perform the above process until you have & different measurements and record the data in a table. (see table 1) 8. Use Excel or another spreadsheet and plot the graph of the data recorded in the table Table 1. Recording lengths and pressure Length L (nm) Pressure P [atm.)Analysis 1. If the temperature is constant, aj. when the volume decreases, what happens to the pressure? b). when increasing the volume, what do you notice with the pressure? c). what is the relationship between pressure and volume (in this case vessel length)? 2. According to what is seen in the graph and the previous answers, it enunciates Boyle's law. 3. He writes the mathematical model of Boyle's law