The following statements describe what the van der Waals equation for real gases recognizes, EXCEPT for which one? (P+)

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The Following Statements Describe What The Van Der Waals Equation For Real Gases Recognizes Except For Which One P 1 (22.37 KiB) Viewed 36 times

The Following Statements Describe What The Van Der Waals Equation For Real Gases Recognizes Except For Which One P 2 (22.37 KiB) Viewed 36 times

The Following Statements Describe What The Van Der Waals Equation For Real Gases Recognizes Except For Which One P 3 (33.67 KiB) Viewed 36 times

The Following Statements Describe What The Van Der Waals Equation For Real Gases Recognizes Except For Which One P 4 (28.63 KiB) Viewed 36 times

The Following Statements Describe What The Van Der Waals Equation For Real Gases Recognizes Except For Which One P 5 (19.29 KiB) Viewed 36 times

The following statements describe what the van der Waals equation for real gases recognizes, EXCEPT for which one? (P+) -1 - b)=RT The molar volumes of gases of different types are different. The gas particles have non-zero volumes and interact with each other. The non-zero volumes of gas particles effectively decrease the amount of empty space between them. The intermolecular forces of attraction between gas molecules has the same effect as decreasing P.
Which of these mathematical statements is NOT correct? 2 O S²5q= δq = Δα AU=q+w o foun dw = w O dU = dq + dw
Which of these mathematical statements is NOT correct? O dU = dq + Sw OU=q+w o fe 5² sq = 9 ° [²sw=w
The internal energy of a real gas depends on both volume and temperature. The total derivative of U in this case is 0 (37), dU= dT + (SV), O au- (37) dU= dT + dv dV