Basing from the results (attached pic) describe briefly the effect of varying the box length (or volume) on the number of particle collisions on the wall and pressure exerted by the gas Wall Collisions, n=50Length of Box (nm)Pressure (atm)(in 20 ps)5.09212.0 atm10.0395.7 atm15.0223.7 atm Wall Collisione20.26 ps300 KHold Constant92O NthingSample PeriodVolume (V)20 pTermperature (T)ePressure-Pressure V120 abn• Prassure TY WthV Skapwatch-Y Colison CounterE ParticlesHeavy• LightGas PropertiesPHET:20.66 p300 KHold ConstantWall CollisioneO Nothing• Volume (V)• Tarmperalure (T)• Pressure VSample Period20 pnPressurePrassure TV WthV SiapwatchV Collison Counter-Particles• HeavyLightGas PropertiesPHET:Wall Colisione20.72 p300 KHold ConstantO Nothing• Vulume (V)Sample Period20 pnTarmperature (T)Pressure• Pressure V• Pressure T37 aV WthV SlopwatchV Collison Counter- Particles• Heavy* Light16.0Gas PropertiesPHET:

Answered: Image /qna-images/answer/52592471-e11d-41c9-bc12-50dff321eefa.jpg

Answered: describe briefly the effect of varying…

describe briefly the effect of varying the box length (or volume) on the number of particle collisions on the wall and pressure exerted by the gas

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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Basing from the results (attached pic)

describe briefly the effect of varying the box length (or volume) on the number of particle collisions on the wall and pressure exerted by the gas

Wall Collisions, n=50
Length of Box (nm)
Pressure (atm)
(in 20 ps)
5.0
92
12.0 atm
10.0
39
5.7 atm
15.0
22
3.7 atm

Wall Collisione
20.26 ps
300 K
Hold Constant
92
O Nthing
Sample Period
Volume (V)
20 p
Termperature (T)
e
Pressure
-
Pressure V
120 abn
• Prassure T
Y Wth
V Skapwatch
-
Y Colison Counter
E Particles
Heavy
• Light
Gas Properties
PHET:
20.66 p
300 K
Hold Constant
Wall Collisione
O Nothing
• Volume (V)
• Tarmperalure (T)
• Pressure V
Sample Period
20 p
n
Pressure
Prassure T
V Wth
V Siapwatch
V Collison Counter
-
Particles
• Heavy
Light
Gas Properties
PHET:
Wall Colisione
20.72 p
300 K
Hold Constant
O Nothing
• Vulume (V)
Sample Period
20 pn
Tarmperature (T)
Pressure
• Pressure V
• Pressure T
37 a
V Wth
V Slopwatch
V Collison Counter
- Particles
• Heavy
* Light
16.0
Gas Properties
PHET:

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