A scientist is studying the dimerization of a new gascous chemical "X":(3)"x (3)X + (3)xShe finds that the reaction will not occur in a glass or plastic container, but will occur in stainless steel. She performs anexperiment in a 200.0-mL stainless steel cube at 25.0°C and collects the following rate data:Pressure of X / barPressure of X; / barReaction Rate / bar-min7.281.110.8776.421.540.8775.102.200.8763.942.780.8783.503.000.K76Based on these data, predict the reaction rate she will observe in a 700.0-mL stainless steel cube at 25.0°C when thepressure of X is 6.05 bar, and the pressure of X2 is 3.80 bar.Rate=bar-min

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Answered: Based on these data, predict the…

Based on these data, predict the reaction rate she will observe in a 700.0-mL stainless steel cube at 25.0°C when the pressure of X is 6.05 bar, and the pressure of X2 is 3.80 bar. Rate bar-min

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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Question

A scientist is studying the dimerization of a new gascous chemical "X":
(3)"x (3)X + (3)x
She finds that the reaction will not occur in a glass or plastic container, but will occur in stainless steel. She performs an
experiment in a 200.0-mL stainless steel cube at 25.0°C and collects the following rate data:
Pressure of X / bar
Pressure of X; / bar
Reaction Rate / bar-min
7.28
1.11
0.877
6.42
1.54
0.877
5.10
2.20
0.876
3.94
2.78
0.878
3.50
3.00
0.K76
Based on these data, predict the reaction rate she will observe in a 700.0-mL stainless steel cube at 25.0°C when the
pressure of X is 6.05 bar, and the pressure of X2 is 3.80 bar.
Rate=
bar-min

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