3 T V A sample of an ideal gas taken through a closed cycle is presented by the P-V diagram. The process 1-2 is perfectl

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3 T V A sample of an ideal gas taken through a closed cycle is presented by the P-V diagram. The process 1-2 is perfectl

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3 T V A Sample Of An Ideal Gas Taken Through A Closed Cycle Is Presented By The P V Diagram The Process 1 2 Is Perfectl 1
3 T V A Sample Of An Ideal Gas Taken Through A Closed Cycle Is Presented By The P V Diagram The Process 1 2 Is Perfectl 1 (30.7 KiB) Viewed 38 times
3 T V A Sample Of An Ideal Gas Taken Through A Closed Cycle Is Presented By The P V Diagram The Process 1 2 Is Perfectl 2
3 T V A Sample Of An Ideal Gas Taken Through A Closed Cycle Is Presented By The P V Diagram The Process 1 2 Is Perfectl 2 (16.18 KiB) Viewed 38 times
3 T V A sample of an ideal gas taken through a closed cycle is presented by the P-V diagram. The process 1-2 is perfectly isothermal. Which of the following is true about the change in internal energy and heat transferred during the process 3-17 O AU > 0, q=0 O AU>0.9>0 DU <0,q<0 - AU=0,9 <0 QUESTION 25 Substance X has a Redlich-Kwong constant A value of 183.02 bar dm mol-2 K1/2, while Substance Y has a Redlich-Kwong constant A value of 32.205 bar dm mor2 K1/2 A comparison of these two values suggests that O Substance X experiences stronger intermolecular forces of attraction compared to Substance Y O Substance X has particles that are larger than that of Substance Y. O Substance X has particles that are smaller than that of Substance Y Substance X experiences weaker intermolecular forces of attraction compared to Substance Y
QUESTION 25 Substance X has a Redlich-Kwong constant A value of 183.02 bar dm mor2 K1/2, while Substance Y has a Redlich-Kwong constant A value of 32.205 bar dm mor² K1/2 A comparison of these two values suggests that O Substance X experiences stronger intermolecular forces of attraction compared to Substance Y, O Substance X has particles that are larger than that of Substance Y. O Substance X has particles that are smaller than that of Substance Y. Substance X experiences weaker intermolecular forces of attraction compared to Substance Y.
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