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Posted: **Sun Jul 10, 2022 4:08 pm**

: Substance X Has A Redlich Kwong Constant A Value Of 183 02 Bar Dm6 Mol 2 K1 2 While Substance Y Has A Redlich Kwong Con 1 (13.97 KiB) Viewed 48 times

: Substance X Has A Redlich Kwong Constant A Value Of 183 02 Bar Dm6 Mol 2 K1 2 While Substance Y Has A Redlich Kwong Con 2 (48.65 KiB) Viewed 48 times

: Substance X Has A Redlich Kwong Constant A Value Of 183 02 Bar Dm6 Mol 2 K1 2 While Substance Y Has A Redlich Kwong Con 3 (14.21 KiB) Viewed 48 times

Substance X has a Redlich-Kwong constant A value of 183.02 bar dm6 mol 2 K1/2, while Substance Y has a Redlich-Kwong constant A value of 32.205 bar dm6 mol 2 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 O Substance X experiences weaker intermolecular forces of attraction compared to Substance Y.
In a reversible adiabatic expansion, O g <0 Ο ΔT <0 AT>O Og>0
P 3 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 intermal energy and heat transferred during the process 3-1?