Screenshot 2024-02-04 022330

png

School

Arizona State University *

*We aren’t endorsed by this school

Course

116

Subject

Chemistry

Date

Feb 20, 2024

Type

png

Pages

1

Uploaded by ChefSnow23089

Report
Using Graphs to Analyze Reaction Kinetics KAl 1 point PN The decomposition of NyOg at 45°C was monitored and its concentration was recorded over a span of 3600 seconds. From there, the natural log and the Consider the [N2Os] vs. t, In[N2Os] vs. t, and 1/[N2Os] vs. t plots for the inverse of these concentrations were calculated and plotted against time. decomposition of N»Os. Part A: What is the order of the reaction in [N5,O5]? choose your answer... v ] 0 0.0365 -3.310 274 600 0.0274 -3.597 36.5 Part B: If the equation of the line of best fit for the correct order reactionis: y = 1200 0.0206 -3.882 48.5 (~4.820 x 10%)x —3.310, what is the rate constant of the reaction with the 1800 0.0157 -4.154 63.7 gnmpriate units? 2400 0.0117 -4.448 85.5 choose your answer... Vv || choose your answer... v 3000 0.00860 -4.756 116 3600 0.00640 -5.051 156 : Part C: What is the half life (i i sition? Source: Libretexts = choose your answer... v The plots (from left to right) of [N2Osg] vs. t, InN[N2Os] vs. t,and 1/[N,Os] vs. t were produced from the data in the table above, giving:
Discover more documents: Sign up today!
Unlock a world of knowledge! Explore tailored content for a richer learning experience. Here's what you'll get:
  • Access to all documents
  • Unlimited textbook solutions
  • 24/7 expert homework help