If we started with 1.0M of N₂Os how many seconds, (to 2 sig figs), would it take for the [N₂Os) to decay to half this va

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If We Started With 1 0m Of N Os How Many Seconds To 2 Sig Figs Would It Take For The N Os To Decay To Half This Va 1 (15.98 KiB) Viewed 91 times

If We Started With 1 0m Of N Os How Many Seconds To 2 Sig Figs Would It Take For The N Os To Decay To Half This Va 2 (29.37 KiB) Viewed 91 times

If We Started With 1 0m Of N Os How Many Seconds To 2 Sig Figs Would It Take For The N Os To Decay To Half This Va 3 (29.37 KiB) Viewed 91 times

If we started with 1.0M of N₂Os how many seconds, (to 2 sig figs), would it take for the [N₂Os) to decay to half this value? (enter just the value not the units) Question 27 4 pts Assuming with start with 1.0 M of N₂Os, what is the instantaneous rate for the reaction at t-2000s? Again give the answer in mols/L and to 2 sig figs (just give the number not the units)
ng 8 Dinitrogen pentaxide, (N₂O3), decomposes to NO₂ and O₂ at relatively low temperatures in the following reaction 2N₂Os 4NO₂ +0₂ The rate law should be of the form rate = k N₂Os]" To determine the rate law, we need to find the order, x, and the rate constant k. To do this the concentration of N₂O, was monitored as a function of time, this data was used to construct the following table. t(s) [N₂0s] In[N₂O₂] 1/[N₂O₁] 0 600 0.0365 -3.310 1200 0.0206 -3.882 0.0274 -3.597 1800 0.0156 -4.160 2400 0.0117 -4.448 3000 0.0086 -4.755 01/ Mit M/s 27.4 No answer text provided. 36.5 48.5 3600 0.0064 -5.051 Using data in the Excel file 'Excel Spreadsheet Kinetics Day 2: answer the following. What are the correct units fork? 64.1 85.5 116 156