Arrange the following gases in the order of increasing deviation from ideal gas behavior. Assume the identical condition of temperature and pressure.CO2 Cl2, Krvan der Waals Constantsof Some Comimon Gasesatm LmolGasmolНеNe0.0340.2110.02370.01710.03220.03980.02660.0266Ar1.34Kr2.32XeH2N24.190.2441.390.0391O2Cl2CO,1.360.03180.05620.04270.04286.493.592.25CH,CC,NH,20.44.175.460.1380.03710.0305HOSelect one:O a. Cl2 < CO2 < KrO b. CO2 < C2< KrO c Kr < Cl2 < CO2O d. CO2 < Kr - Cl2O e. Kr < CO2 Cl2O f. Cl2 < Kr < CO2

The 2 equations – Ideal gas equation →PV = nRTVan der waals equation →P +n2aV2V-nb = nRT

Arrange the following gases in the order of increasing deviation from ideal gas behavior. Assume the identical condition of temperature and pressure. CO2 Cl2 Kr van der Waals Constants of Some Common Gases (atm - L mol Gas mol Не 0.034 0.0237 Ne 0.211 0.0171 Ar 1.34 0.0322 Kr 2.32 0.0398 Xe 4.19 0.0266 H2 N2 0.244 0.0266 1.39 0.0391 02 1.36 0.0318 6.49 0.0562 3.59 0.0427 CO, CH, 2.25 0.0428 CCL 20.4 0.138 NH, 4.17 0.0371 HO 5.46 0.0305 Select one: O a. Cl2 < CO2 < Kr O b. CO2 < Cl2< Kr O c Kr < Cl2 < CO2 O d. CO2 < Kr < C2 O e. Kr < CO2< Cl2 O f. Cl2 < Kr < CO2

Arrange the following gases in the order of increasing deviation from ideal gas behavior. Assume the identical condition of temperature and pressure. CO2 Cl2 Kr van der Waals Constants of Some Common Gases (atm - L mol Gas mol Не 0.034 0.0237 Ne 0.211 0.0171 Ar 1.34 0.0322 Kr 2.32 0.0398 Xe 4.19 0.0266 H2 N2 0.244 0.0266 1.39 0.0391 02 1.36 0.0318 6.49 0.0562 3.59 0.0427 CO, CH, 2.25 0.0428 CCL 20.4 0.138 NH, 4.17 0.0371 HO 5.46 0.0305 Select one: O a. Cl2 < CO2 < Kr O b. CO2 < Cl2< Kr O c Kr < Cl2 < CO2 O d. CO2 < Kr < C2 O e. Kr < CO2< Cl2 O f. Cl2 < Kr < CO2

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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