Use the data below (taken from Figure 1) to recreate the plot in the fourth panel shown in figure 1. You will submit your spreadsheet in Question 4. You may have to try different ways to manipulate the data in order to get a similar plot. Depth (mbsf) Methane (mM) 5 3.1 10 6.2 20 14.9 30 12.4 40 6.8 50 4 60 4.8 70 7.4 80 5.7 90 4.4 100 0.5 110 3.1 115 5.3 115 2.5 130 2.5 140 3.3 150 3.5 160 2.1 170 2.8
Use the data below (taken from Figure 1) to recreate the plot in the fourth panel shown in figure 1. You will submit your spreadsheet in Question 4. You may have to try different ways to manipulate the data in order to get a similar plot. Depth (mbsf) Methane (mM) 5 3.1 10 6.2 20 14.9 30 12.4 40 6.8 50 4 60 4.8 70 7.4 80 5.7 90 4.4 100 0.5 110 3.1 115 5.3 115 2.5 130 2.5 140 3.3 150 3.5 160 2.1 170 2.8
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Please help. Thank you:
Transcribed Image Text:Question 1:
Use Excel to find an equation that relates depth below seafloor to methane concentration.
Write your equation below. Hint: You may have to create a plot with different axes in order to fit
a logical equation.
Transcribed Image Text:D
Setup:
Use the data below (taken from Figure 1) to recreate the plot in the fourth panel shown in figure
1. You will submit your spreadsheet in Question 4. You may have to try different ways to
manipulate the data in order to get a similar plot.
Depth (mbsf) Methane (mM)
3.1
10
6.2
20
14.9
30
12.4
40
6.8
50
4
60
4.8
70
7.4
80
5.7
90
4.4
100
0.5
110
3.1
115
5.3
115
2.5
130
2.5
140
3.3
150
3.5
160
2.1
170
2.8
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