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Data: catm) Temperature (K) Pressure (atm) 298 k 447k 3.0 1.50 utm 4,00atm 2.0 745k 364k 15 1.0 290atm 0.5 TCK) Analysis Questions: 1) What type of relationship exists between pressure and temperature of a gas? What evidence from the lab supports this? 2) What experimental factors are assumed to be held constant in this experiment? 3) Using your knowledge of the kinetic molecular theory, explain why this relationship between pressure and temperature exists.

Data: catm) Temperature (K) Pressure (atm) 298 k 447k 3.0 1.50 utm 4,00atm 2.0 745k 364k 15 1.0 290atm 0.5 TCK) Analysis Questions: 1) What type of relationship exists between pressure and temperature of a gas? What evidence from the lab supports this? 2) What experimental factors are assumed to be held constant in this experiment? 3) Using your knowledge of the kinetic molecular theory, explain why this relationship between pressure and temperature exists.

Chemistry
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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Gay-Lussac’s Law Please help me on the analysis question. Thank you so much.
buy-lussue's lanw 2) Notice that you can change the pressure and the temperature of the gas sample by clicking on the arrows. Notice that volume is now held constant for you. 3) Change the temperature of the gas container to 5 different temperatures. Record the temperature and the exact pressure at each temperature (click the calculate button) in the data table. Observe how changing the temperature affects the speed of the gas molecules. 4) After you have 5 different data points, graph your data. Your graph will be of Pressure vs. Temperature. Make sure your axes are labeled with units! Your graph must pass through (0,0). Connect the data points on your graph. Data: (utm) Uhe Temperature (K) Pressure (atm) 298 k 3.0 1.50 etm 4,00 atmm 447k 5464 145k 364k 2.90 atm Prese l 0.5 TCK) Analysis Questions: 1) What type of relationship exists between pressure and temperature of a gas? What evidence from the lab supports this? 2) What experimental factors are assumed to be held constant in this experiment? 3) Using your knowledge of the kinetic molecular theory, explain why this relationship between pressure and temperature exists.
Transcribed Image Text:buy-lussue's lanw 2) Notice that you can change the pressure and the temperature of the gas sample by clicking on the arrows. Notice that volume is now held constant for you. 3) Change the temperature of the gas container to 5 different temperatures. Record the temperature and the exact pressure at each temperature (click the calculate button) in the data table. Observe how changing the temperature affects the speed of the gas molecules. 4) After you have 5 different data points, graph your data. Your graph will be of Pressure vs. Temperature. Make sure your axes are labeled with units! Your graph must pass through (0,0). Connect the data points on your graph. Data: (utm) Uhe Temperature (K) Pressure (atm) 298 k 3.0 1.50 etm 4,00 atmm 447k 5464 145k 364k 2.90 atm Prese l 0.5 TCK) Analysis Questions: 1) What type of relationship exists between pressure and temperature of a gas? What evidence from the lab supports this? 2) What experimental factors are assumed to be held constant in this experiment? 3) Using your knowledge of the kinetic molecular theory, explain why this relationship between pressure and temperature exists.
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