The N2O4-NO2 equilibrium mixture in the flask on the left in the figure is allowed to expand into the evacuated flask on the right. What is the composition of the gaseous mixture when equilibrium is re-established in the system consisting of the two flasks? N2O4(g) 2 NO(g) K. = 4.61 x 103 at 25 °C 0.971 mol N,0 0.0580 mol NO, 2.25 L 25 °C 0.750 L 25 °C

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The N2O4-NO, equilibrium mixture in the flask on the left in the figure is allowed to
expand into the evacuated flask on the right. What is the composition of the gaseous
mixture when equilibrium is re-established in the system consisting of the two flasks?
N20(g) = 2 NO{g)
K. = 4.61 x 10-3 at 25 °C
0.971 mol N,0
0.0580 mol NO,
2.25 L
25 °C
0.750 L
25 °C
Transcribed Image Text:The N2O4-NO, equilibrium mixture in the flask on the left in the figure is allowed to expand into the evacuated flask on the right. What is the composition of the gaseous mixture when equilibrium is re-established in the system consisting of the two flasks? N20(g) = 2 NO{g) K. = 4.61 x 10-3 at 25 °C 0.971 mol N,0 0.0580 mol NO, 2.25 L 25 °C 0.750 L 25 °C
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