4. Let's say you are given the following data for the reaction: 2 N₂O --> 2 N₂ + Oz Tr2 T/ 3 [N₂O] Time (s) 0.100 0 0.086 80 0.079 Tru 0.075 TEST 0.066 120 160 240 0.059 320 0.049 first Create my concentration rate for 480 Without doing any calculations, explain how can you find the rate law constant? What do you do with this data? Give step by step directions. indirections 3 graphs I find equation, slope each product product and reactants =k. -3.5 しつ Rate [U₂0]2 2 ALN202 rate [N2] = _^ [N₂]² AIO₂] At rate (02) user7 ~글 rutco then 3 Then and Find the difference between towo trials [%] the ratio will have a ½/2 Then I could plung in onset of Sketch a reaction energy diagram for a one step reaction that is slow and slightly exothermic. transition state st ΔΕ obtain to multiple. to the products [N2] will have t values Solve for and and 14 Galaxy S21 Ultra 5G
4. Let's say you are given the following data for the reaction: 2 N₂O --> 2 N₂ + Oz Tr2 T/ 3 [N₂O] Time (s) 0.100 0 0.086 80 0.079 Tru 0.075 TEST 0.066 120 160 240 0.059 320 0.049 first Create my concentration rate for 480 Without doing any calculations, explain how can you find the rate law constant? What do you do with this data? Give step by step directions. indirections 3 graphs I find equation, slope each product product and reactants =k. -3.5 しつ Rate [U₂0]2 2 ALN202 rate [N2] = _^ [N₂]² AIO₂] At rate (02) user7 ~글 rutco then 3 Then and Find the difference between towo trials [%] the ratio will have a ½/2 Then I could plung in onset of Sketch a reaction energy diagram for a one step reaction that is slow and slightly exothermic. transition state st ΔΕ obtain to multiple. to the products [N2] will have t values Solve for and and 14 Galaxy S21 Ultra 5G
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter11: Rate Of Reaction
Section: Chapter Questions
Problem 31QAP: In a solution at a constant H+ concentration, iodide ions react with hydrogen peroxide to produce...
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How do I make the graphs find the equation and slope?
I am learning from my mistakes to prepare for the final
![4. Let's say you are given the following data for the reaction: 2 N₂O --> 2 N₂ + Oz
Tr2
T/ 3
[N₂O]
Time (s)
0.100
0
0.086
80
0.079
Tru
0.075
TEST
0.066
120
160
240
0.059
320
0.049
first
Create
my
concentration rate for
480
Without doing any calculations, explain how can you find the rate law constant? What do you do with
this data? Give step by step directions.
indirections 3 graphs I find equation, slope
each product
product and reactants
=k.
-3.5
しつ
Rate [U₂0]2
2
ALN202
rate [N2] = _^ [N₂]²
AIO₂]
At
rate (02)
user7
~글 rutco
then
3 Then
and
Find the difference between towo trials
[%]
the ratio
will have a ½/2
Then I could plung in onset of
Sketch a reaction energy diagram for a one step reaction that is slow and slightly exothermic.
transition state
st
ΔΕ
obtain
to
multiple.
to the products [N2] will have
t
values
Solve for
and
and
14
Galaxy S21 Ultra 5G](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f605619-bbba-4f43-942e-b505f4944796%2F700d62b4-6735-479a-a7bc-29a72fb64304%2F5i06g6d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. Let's say you are given the following data for the reaction: 2 N₂O --> 2 N₂ + Oz
Tr2
T/ 3
[N₂O]
Time (s)
0.100
0
0.086
80
0.079
Tru
0.075
TEST
0.066
120
160
240
0.059
320
0.049
first
Create
my
concentration rate for
480
Without doing any calculations, explain how can you find the rate law constant? What do you do with
this data? Give step by step directions.
indirections 3 graphs I find equation, slope
each product
product and reactants
=k.
-3.5
しつ
Rate [U₂0]2
2
ALN202
rate [N2] = _^ [N₂]²
AIO₂]
At
rate (02)
user7
~글 rutco
then
3 Then
and
Find the difference between towo trials
[%]
the ratio
will have a ½/2
Then I could plung in onset of
Sketch a reaction energy diagram for a one step reaction that is slow and slightly exothermic.
transition state
st
ΔΕ
obtain
to
multiple.
to the products [N2] will have
t
values
Solve for
and
and
14
Galaxy S21 Ultra 5G
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