Convert the following Miller indices to directions and sketch the directions within a cubic unit cell: (a) [301] (b) [301] (c) [301] (d) [122] (e) [122] [122] (g) [111] (h) [T11] (1) [171] V) [117] Question 2: The change of SO, concentration with time is shown in Table 1. t(s) [C] 1.000000 100 0.778801 200 0.606531 300 0.472367 400 0.367879 500 0.286505 600 0.223130 800 0.135335 1000 0.082085 1200 0.049787 The process is governed by the rate law given by the equation: In(SO)-k1+ In (SO), Where k is the rate constant and is the time, and In is natural logarithm. By calculating the corresponding values of In [SO,] and plotting the graph of In [SO,] against time, r, determine the rate constant k of the reaction.
Convert the following Miller indices to directions and sketch the directions within a cubic unit cell: (a) [301] (b) [301] (c) [301] (d) [122] (e) [122] [122] (g) [111] (h) [T11] (1) [171] V) [117] Question 2: The change of SO, concentration with time is shown in Table 1. t(s) [C] 1.000000 100 0.778801 200 0.606531 300 0.472367 400 0.367879 500 0.286505 600 0.223130 800 0.135335 1000 0.082085 1200 0.049787 The process is governed by the rate law given by the equation: In(SO)-k1+ In (SO), Where k is the rate constant and is the time, and In is natural logarithm. By calculating the corresponding values of In [SO,] and plotting the graph of In [SO,] against time, r, determine the rate constant k of the reaction.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![Convert the following Miller indices to directions and sketch the directions within a cubic unit cell:
(a) [301]
(b) [301]
(c) [301]
(d) [122]
(e) [122]
[122]
(g) [111]
(h) [T11]
(1) [171]
V) [117]
Question 2:
The change of SO, concentration with time is shown in Table 1.
t(s)
[C]
1.000000
100
0.778801
200
0.606531
300
0.472367
400
0.367879
500
0.286505
600
0.223130
800
0.135335
1000
0.082085
1200
0.049787
The process is governed by the rate law given by the equation:
In(SO)-k1+ In (SO),
Where k is the rate constant and is the time, and In is natural logarithm. By calculating the
corresponding values of In [SO,] and plotting the graph of In [SO,] against time, r, determine the
rate constant k of the reaction.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2006393e-c97e-4081-8173-0190425f3dd9%2F50cfdb80-dda3-4560-b4fb-57f1450ac4ed%2Fw71yhpr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Convert the following Miller indices to directions and sketch the directions within a cubic unit cell:
(a) [301]
(b) [301]
(c) [301]
(d) [122]
(e) [122]
[122]
(g) [111]
(h) [T11]
(1) [171]
V) [117]
Question 2:
The change of SO, concentration with time is shown in Table 1.
t(s)
[C]
1.000000
100
0.778801
200
0.606531
300
0.472367
400
0.367879
500
0.286505
600
0.223130
800
0.135335
1000
0.082085
1200
0.049787
The process is governed by the rate law given by the equation:
In(SO)-k1+ In (SO),
Where k is the rate constant and is the time, and In is natural logarithm. By calculating the
corresponding values of In [SO,] and plotting the graph of In [SO,] against time, r, determine the
rate constant k of the reaction.
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