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#4 and #5 questions. Thank you! Initial Particle 60 Temperature 300 K avg. speed 465 m/s Initial pressure 7.1 atm Final Particle 160 Temperature 300 K avg. speed 455 m/s final pressure 18.6 atm

#4 and #5 questions. Thank you! Initial Particle 60 Temperature 300 K avg. speed 465 m/s Initial pressure 7.1 atm Final Particle 160 Temperature 300 K avg. speed 455 m/s final pressure 18.6 atm

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#4 and #5 questions. Thank you!

Initial Particle 60
Temperature 300 K
avg. speed 465 m/s
Initial pressure 7.1 atm
Final Particle 160
Temperature 300 K
avg. speed 455 m/s
final pressure 18.6 atm
   
   
Part 3- Gas Speed Distributions 1. At the bottom of the screen will be a grey bar with an option that says "Energy". Choose that option to access the speed distribution simulator. 2. Add in between 50 and 100 of either particle. Record the average speed of the gas and the temperature. 3. Add in 100 more of the same particles. Record the average speed of the gas and the temperature. 4. Why is the average speed the same even through more particles were added, and the pressure will increase, as we found in part 1? 5. Use the appropriate equation to calculate the mass of the gas particle in g/mol.
Transcribed Image Text:Part 3- Gas Speed Distributions 1. At the bottom of the screen will be a grey bar with an option that says "Energy". Choose that option to access the speed distribution simulator. 2. Add in between 50 and 100 of either particle. Record the average speed of the gas and the temperature. 3. Add in 100 more of the same particles. Record the average speed of the gas and the temperature. 4. Why is the average speed the same even through more particles were added, and the pressure will increase, as we found in part 1? 5. Use the appropriate equation to calculate the mass of the gas particle in g/mol.
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