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SEAT WORK # 3: 1.) THE RATE OF THE REACTION BETWEEN CO AND NO₂ CO(g) + NO₂ (a) → CO₂ (g) + No (a). WAS STUDIED AT 540 K WITH VARIOUS CONCENTRATIONS OF CO AND NO₂, AWD THE DATA IN THE TABLE WERE COLLECTED DETERMINE THE RATE EQUATION AND THE VALUE OF THE RATE CONSTANT. 400 br nuppupS VIL DUR!

SEAT WORK # 3: 1.) THE RATE OF THE REACTION BETWEEN CO AND NO₂ CO(g) + NO₂ (a) → CO₂ (g) + No (a). WAS STUDIED AT 540 K WITH VARIOUS CONCENTRATIONS OF CO AND NO₂, AWD THE DATA IN THE TABLE WERE COLLECTED DETERMINE THE RATE EQUATION AND THE VALUE OF THE RATE CONSTANT. 400 br nuppupS VIL DUR!

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter11: Chemical Kinetics
Section: Chapter Questions
Problem 11.36PAE: The reaction NO(g) + O,(g) — NO,(g) + 0(g) plays a role in the formation of nitrogen dioxide in...
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INITIAL EXPONMENT [LOS ME 1 2374 S 5.10004 5-10x104 5-10x10 4 1.02 XIO 1.50 XD 3 CONCENTRATIONS [NO₂], "I -4 0.350 X10 0.700X10 0-175 X10 0.350X10-4 0.35 X10 4 -4 -4 INITIAL RATE (MOLL.n) 3.4 X10-8 6.8x10 1-7X10-8 6.8x10-8 10.2x10
Transcribed Image Text:INITIAL EXPONMENT [LOS ME 1 2374 S 5.10004 5-10x104 5-10x10 4 1.02 XIO 1.50 XD 3 CONCENTRATIONS [NO₂], "I -4 0.350 X10 0.700X10 0-175 X10 0.350X10-4 0.35 X10 4 -4 -4 INITIAL RATE (MOLL.n) 3.4 X10-8 6.8x10 1-7X10-8 6.8x10-8 10.2x10
SEAT WORK # 3: 1.) THE RATE OF THE REACTION BETWEEN CO AND NO₂ CO(g) + NO₂ (a) → CO₂(g) + No (gn) WAS STUDIED AT 540 K WITH VARIOUS CONCENTRATIONS OF CO AND NO₂, AND THE DATA IN THE TABLE WERE COLLECTED. DETERMINE THE RATE EQUATION AND THE VALUE OF THE RATE CONSTANT. YOUN we_00 D
Transcribed Image Text:SEAT WORK # 3: 1.) THE RATE OF THE REACTION BETWEEN CO AND NO₂ CO(g) + NO₂ (a) → CO₂(g) + No (gn) WAS STUDIED AT 540 K WITH VARIOUS CONCENTRATIONS OF CO AND NO₂, AND THE DATA IN THE TABLE WERE COLLECTED. DETERMINE THE RATE EQUATION AND THE VALUE OF THE RATE CONSTANT. YOUN we_00 D
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