There are 3 parameters that need to be specified when describing a specific quantity of a gas. They are: Pressure, Volume and Temperature. We will keep the number of particles constant in each "experiment" and explore the effect (if any) a change in any of these parameters may have on the behavior of the gas. Choose the Laws option on the right. See picture Experiment 1- Volume 1. Give one pump of gas into the chamber. 2. Choose to hold the volume constant by selecting that option in the upper Laws Hold Constant • Nothing O volume (V) • Temperature (T) • Pressure IV • Pressure IT right-hand corner. See the picture. What is the initial temperature (in K) and pressure (in atm) in the chamber? 3. Use the slider at the bottom of the simulator to add heat and double the temperature. Did the pressure go up or go down? What is the new pressure in the chamber? 4. Keeping the volume constant (and the number of particles constant), change the temperature and record the pressure. Repeat 4 times and record your data. Sketch a graph to the right of the table. Be sure to give a title to your graph and label the axis completely. Independent variable is : Dependent Variable: Constants: Temperature (K) Pressure (atm)
There are 3 parameters that need to be specified when describing a specific quantity of a gas. They are: Pressure, Volume and Temperature. We will keep the number of particles constant in each "experiment" and explore the effect (if any) a change in any of these parameters may have on the behavior of the gas. Choose the Laws option on the right. See picture Experiment 1- Volume 1. Give one pump of gas into the chamber. 2. Choose to hold the volume constant by selecting that option in the upper Laws Hold Constant • Nothing O volume (V) • Temperature (T) • Pressure IV • Pressure IT right-hand corner. See the picture. What is the initial temperature (in K) and pressure (in atm) in the chamber? 3. Use the slider at the bottom of the simulator to add heat and double the temperature. Did the pressure go up or go down? What is the new pressure in the chamber? 4. Keeping the volume constant (and the number of particles constant), change the temperature and record the pressure. Repeat 4 times and record your data. Sketch a graph to the right of the table. Be sure to give a title to your graph and label the axis completely. Independent variable is : Dependent Variable: Constants: Temperature (K) Pressure (atm)
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:There are 3 parameters that need to be specified when describing a specific quantity of a gas. They are:
Pressure, Volume and Temperature. We will keep the number of particles constant in each "experiment"
and explore the effect (if any) a change in any of these parameters may have on the behavior of the gas.
Choose the Laws option on the right. See picture
Experiment 1- Volume
1. Give one pump of gas into the chamber.
2. Choose to hold the volume constant by selecting that option in the upper
Laws
Hold Constant
• Nothing
O olume (V)
• Temperature (T)
• Pressure IV
• Pressure 1T
right-hand corner. See the picture.
What is the initial temperature (in K) and pressure (in atm) in the chamber?
3. Use the slider at the bottom of the simulator to add heat and double the temperature.
Heat
Did the pressure go up or go down? What is the new pressure in the chamber?
4. Keeping the volume constant (and the number of particles constant), change the temperature and
record the pressure. Repeat 4 times and record your data. Sketch a graph to the right of the
table. Be sure to give a title to your graph and label the axis completely.
Independent variable is :
Dependent Variable:
Constants:
Temperature (K)
Pressure (atm)
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